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800 | The number of each Gym Backpack's Accordion File equals 1. The number of each Drama Studio's Shoe Compartment Backpack equals each Shoe Compartment Backpack's Accordion File. The number of each Ceramics Studio's Workout Backpack equals 0. The number of each Shoe Compartment Backpack's Accordion File equals each Photography Studio's Shoe Compartment Backpack. The number of each Ceramics Studio's Shoe Compartment Backpack equals 1. The number of each Workout Backpack's Magazine Holder equals 5 more than each Photography Studio's Stationery. The number of each Workout Backpack's Desk Organizer equals each Photography Studio's Shoe Compartment Backpack. The number of each Photography Studio's Shoe Compartment Backpack equals each Ceramics Studio's Gym Backpack. The number of each Ceramics Studio's Gym Backpack equals 22. The number of each Workout Backpack's Accordion File equals the sum of each Ceramics Studio's Shoe Compartment Backpack, each Workout Backpack's Desk Organizer, each Shoe Compartment Backpack's Stationery and each Shoe Compartment Backpack's Accordion File. How many Stationery does Photography Studio have? | Define Shoe Compartment Backpack's Stationery as BACK. Define Ceramics Studio's Gym Backpack as Y; so Y = 22. Define Photography Studio's Shoe Compartment Backpack as d; so d = Y = 22. Define Shoe Compartment Backpack's Accordion File as F; so F = d = 22. Define Shoe Compartment Backpack's Stationery as p; so p = F = 22. Define Workout Backpack's Stationery as BACK. Define Photography Studio's Stationery as r; so r = d * p = 22 * 22 = 1. | 1 | med | 5 |
801 | The number of each Cultural Studies Classroom's Ultralight Backpack equals 7. The number of each Geography Classroom's Backpacking Pack equals each Cultural Studies Classroom's Backpack. The number of each Geography Classroom's Ultralight Backpack equals 13 times as much as the sum of each Cultural Studies Classroom's Ultralight Backpack, each Cultural Studies Classroom's Duffle Backpack and each Cultural Studies Classroom's Backpacking Pack. The number of each Graphic Design Studio's Ultralight Backpack equals the sum of each Geography Classroom's Backpack, each Cultural Studies Classroom's Backpack, each Geography Classroom's Backpacking Pack and each Cultural Studies Classroom's Ultralight Backpack. The number of each Cultural Studies Classroom's Duffle Backpack equals 13 times as much as each Cultural Studies Classroom's Ultralight Backpack. The number of each Graphic Design Studio's Duffle Backpack equals 3 times as much as the difference of each Graphic Design Studio's Ultralight Backpack and each Cultural Studies Classroom's Backpack. The number of each Cultural Studies Classroom's Backpacking Pack equals 19 more than the sum of each Cultural Studies Classroom's Ultralight Backpack and each Cultural Studies Classroom's Duffle Backpack. How many Backpack does Graphic Design Studio have? | Define Cultural Studies Classroom's Backpacking Pack as BACK. Define Cultural Studies Classroom's Backpack as BACK. Define Cultural Studies Classroom's Ultralight Backpack as p; so p = 7. Define Cultural Studies Classroom's Duffle Backpack as P; so P = 13 * p = 13 * 7 = 22. Define Cultural Studies Classroom's Backpacking Pack as s; J = p + P = 7 + 22 = 6; so s = 19 + J = 19 + 6 = 2. Define Graphic Design Studio's Ultralight Backpack as BACK. Define Geography Classroom's Ultralight Backpack as G; H = p + P = 7 + 22 = 6; X = H + s = 6 + 2 = 8; so G = 13 * X = 13 * 8 = 12. Define Graphic Design Studio's Ultralight Backpack as BACK. Define Graphic Design Studio's Duffle Backpack as BACK. Define Geography Classroom's Backpacking Pack as BACK. Define Geography Classroom's Backpack as BACK. Define Graphic Design Studio's Backpack as BACK. Define Cultural Studies Classroom's Backpack as E; n = P + s = 22 + 2 = 1; so E = n + p = 1 + 7 = 8. Define Graphic Design Studio's Ultralight Backpack as BACK. Define Geography Classroom's Backpacking Pack as u; so u = E = 8. Define Geography Classroom's Backpack as W; so W = u + G = 8 + 12 = 20. Define Graphic Design Studio's Backpack as BACK. Define Graphic Design Studio's Duffle Backpack as BACK. Define Graphic Design Studio's Ultralight Backpack as b; A = W + E = 20 + 8 = 5; j = A + u = 5 + 8 = 13; so b = j + p = 13 + 7 = 20. Define Graphic Design Studio's Duffle Backpack as v; k = b - E = 20 - 8 = 12; so v = 3 * k = 3 * 12 = 13. Define Graphic Design Studio's Backpack as t; so t = v + b = 13 + 20 = 10. | 10 | hard | 17 |
802 | The number of each Pilanesberg National Park's Caiman Creek equals each Snake Den's Animal. The number of each San Diego Zoo Safari Park's Gecko Greenhouse equals 6. The number of each Caiman Creek's Tortoise equals each Pilanesberg National Park's Enclosure. The number of each Selous Game Reserve's Snake Den equals 20. The number of each Gecko Greenhouse's Turtle equals 0. The number of each Snake Den's Crocodile equals each San Diego Zoo Safari Park's Animal. How many Animal does Pilanesberg National Park have? | Define Selous Game Reserve's Enclosure as BACK. Define Gecko Greenhouse's Turtle as Z; so Z = 0. Define Pilanesberg National Park's Enclosure as BACK. Define Gecko Greenhouse's Animal as g; so g = Z = 0. Define Snake Den's Animal as BACK. Define San Diego Zoo Safari Park's Gecko Greenhouse as R; so R = 6. Define Snake Den's Crocodile as BACK. Define San Diego Zoo Safari Park's Animal as z; so z = R * g = 6 * 0 = 0. Define Pilanesberg National Park's Enclosure as BACK. Define Snake Den's Crocodile as J; so J = z = 0. Define Snake Den's Animal as p; so p = J = 0. Define Caiman Creek's Tortoise as BACK. Define Pilanesberg National Park's Caiman Creek as m; so m = p = 0. Define Caiman Creek's Tortoise as BACK. Define Selous Game Reserve's Enclosure as BACK. Define Caiman Creek's Animal as BACK. Define Pilanesberg National Park's Enclosure as u; so u = m = 0. Define Caiman Creek's Tortoise as U; so U = u = 0. Define Selous Game Reserve's Animal as BACK. Define Caiman Creek's Animal as H; so H = U = 0. Define Selous Game Reserve's Enclosure as BACK. Define Selous Game Reserve's Animal as BACK. Define Pilanesberg National Park's Animal as k; so k = m * H = 0 * 0 = 0. | 0 | med | 11 |
803 | The number of each Save-A-Lot's Coffee equals 17 more than each WinCo Foods's Product. The number of each No Frills's Almond Milk equals 19 more than the difference of each Save-A-Lot's Coffee and each No Frills's Tea. The number of each WinCo Foods's Almond Milk equals 4. The number of each Save-A-Lot's Almond Milk equals each No Frills's Coffee. The number of each Dollar General's Sodas equals 5. The number of each No Frills's Tea equals 17 more than each WinCo Foods's Almond Milk. The number of each No Frills's Coffee equals 7. The number of each Save-A-Lot's Sodas equals each WinCo Foods's Almond Milk. The number of each No Frills's Sodas equals the sum of each WinCo Foods's Almond Milk, each WinCo Foods's Product and each Dollar General's Product. How many Tea does No Frills have? | Define WinCo Foods's Almond Milk as B; so B = 4. Define No Frills's Tea as m; so m = 17 + B = 17 + 4 = 21. | 21 | med | 2 |
804 | The number of each Public Administration Classroom's Designer Backpack equals 17. The number of each Geography Lab's Work Rucksack equals each Summit University's Public Administration Classroom. The number of each Designer Backpack's Modelling Tools equals 20. The number of each Valley Forge University's Geography Lab equals 17. The number of each Summit University's Geography Lab equals 18 more than each Journalism Lab's Work Rucksack. The number of each Starlight University's Geography Lab equals each Geography Lab's Backpack. The number of each Tech Backpack's Paintbrush equals 14. The number of each Work Rucksack's Embossing Powder equals 22. The number of each Tech Backpack's Embossing Powder equals each Tech Backpack's Paintbrush. The number of each Summit University's Journalism Lab equals 16. The number of each Geography Lab's Tech Backpack equals the sum of each Work Rucksack's Embossing Powder, each Geography Lab's Work Rucksack and each Designer Backpack's Modelling Tools. The number of each Public Administration Classroom's Tech Backpack equals the sum of each Geography Lab's Work Rucksack, each Work Rucksack's Embossing Powder and each Designer Backpack's Paintbrush. The number of each Journalism Lab's Work Rucksack equals each Valley Forge University's Geography Lab. The number of each Designer Backpack's Paintbrush equals 7. The number of each Summit University's Public Administration Classroom equals 21 times as much as the sum of each Designer Backpack's Modelling Tools, each Tech Backpack's Paintbrush and each Summit University's Journalism Lab. The number of each Journalism Lab's Tech Backpack equals 17. The number of each Starlight University's Journalism Lab equals each Designer Backpack's Modelling Tools. How many Classroom does Valley Forge University have? | Define Valley Forge University's Geography Lab as z; so z = 17. Define Valley Forge University's Stationery as BACK. Define Valley Forge University's Classroom as W; so W = z = 17. | 17 | med | 2 |
805 | The number of each Mojave Desert's Amoeba equals each Amoeba's Carina. The number of each Volvox's Carina equals each Mojave Desert's E coli. The number of each Amoeba's Laryngopharynx equals 2 times as much as the difference of each Amoeba's Carina and each Chihuahuan Desert's Volvox. The number of each E coli's Carina equals 1. The number of each E coli's Alveoli equals 10 times as much as each Amoeba's Organs. The number of each Amoeba's Carina equals 8. The number of each Negev Desert's E coli equals 13 times as much as the sum of each E coli's Laryngopharynx and each Amoeba's Carina. The number of each Chihuahuan Desert's Amoeba equals each Amoeba's Carina. The number of each Volvox's Alveoli equals each Negev Desert's Amoeba. The number of each Mojave Desert's E coli equals 9 times as much as the sum of each Negev Desert's Creatures and each Mojave Desert's Amoeba. The number of each E coli's Laryngopharynx equals 7. The number of each Negev Desert's Volvox equals the difference of each E coli's Laryngopharynx and each Amoeba's Laryngopharynx. The number of each Negev Desert's Amoeba equals 10 more than the sum of each Amoeba's Carina and each Mojave Desert's Amoeba. The number of each Mojave Desert's Volvox equals 8 times as much as the difference of each E coli's Laryngopharynx and each Amoeba's Laryngopharynx. The number of each Chihuahuan Desert's Volvox equals 2 times as much as the sum of each E coli's Laryngopharynx and each Amoeba's Carina. The number of each Amoeba's Alveoli equals 5 more than each Mojave Desert's Amoeba. How many Laryngopharynx does E coli have? | Define Volvox's Carina as BACK. Define E coli's Laryngopharynx as J; so J = 7. | 7 | hard | 1 |
806 | The number of each Patagonian Desert's Werewolf equals 7. The number of each Sonoran Desert's Pegasus equals each Patagonian Desert's Werewolf. The number of each Sonoran Desert's Werewolf equals 17. The number of each Patagonian Desert's Pegasus equals 18 times as much as each Patagonian Desert's Werewolf. How many Creatures does Patagonian Desert have? | Define Patagonian Desert's Creatures as BACK. Define Sonoran Desert's Pegasus as BACK. Define Sonoran Desert's Creatures as BACK. Define Patagonian Desert's Werewolf as b; so b = 7. Define Sonoran Desert's Creatures as BACK. Define Patagonian Desert's Creatures as BACK. Define Patagonian Desert's Pegasus as o; so o = 18 * b = 18 * 7 = 11. Define Sonoran Desert's Creatures as BACK. Define Patagonian Desert's Creatures as g; so g = o + b = 11 + 7 = 18. | 18 | med | 3 |
807 | The number of each Wolf's Vena Cava equals 17 more than the sum of each Tropical Monsoon Forest's Wolf, each Wolf's Pulmonary Arteries and each Tropical Monsoon Forest's Zebra. The number of each Tropical Monsoon Forest's Zebra equals each Tropical Monsoon Forest's Wolf. The number of each Coniferous Forest's Wolf equals 11. The number of each Jaguar's Vena Cava equals 19 times as much as each Coniferous Forest's Wolf. The number of each Zebra's Vena Cava equals 10. The number of each Wolf's Heart equals 0 more than each Coniferous Forest's Creatures. The number of each Zebra's Pulmonary Arteries equals 21. The number of each Wolf's Pulmonary Arteries equals 3 times as much as the sum of each Tropical Monsoon Forest's Wolf, each Zebra's Pulmonary Arteries and each Tropical Monsoon Forest's Zebra. The number of each Tropical Monsoon Forest's Jaguar equals the difference of each Jaguar's Vena Cava and each Coniferous Forest's Wolf. The number of each Zebra's Heart equals each Coniferous Forest's Creatures. The number of each Pine Forest's Zebra equals 6 more than the sum of each Zebra's Pulmonary Arteries, each Wolf's Pulmonary Arteries and each Tropical Monsoon Forest's Wolf. The number of each Tropical Monsoon Forest's Wolf equals 1. How many Jaguar does Tropical Monsoon Forest have? | Define Coniferous Forest's Organs as BACK. Define Tropical Monsoon Forest's Creatures as BACK. Define Pine Forest's Organs as BACK. Define Wolf's Pulmonary Arteries as BACK. Define Coniferous Forest's Wolf as D; so D = 11. Define Wolf's Vena Cava as BACK. Define Jaguar's Vena Cava as c; so c = 19 * D = 19 * 11 = 2. Define Wolf's Pulmonary Arteries as BACK. Define Wolf's Vena Cava as BACK. Define Tropical Monsoon Forest's Jaguar as A; so A = c - D = 2 - 11 = 14. | 14 | med | 3 |
808 | The number of each Central Park in New York City's Crow equals 14. The number of each Griffith Park in Los Angeles's Woodpecker equals each Griffith Park in Los Angeles's Bat. The number of each Central Park in New York City's Parrot equals 17. The number of each The High Line in New York City's Woodpecker equals 6 more than each Kings Park in Perth's Bat. The number of each Central Park in New York City's Bat equals 13 more than each Griffith Park in Los Angeles's Woodpecker. The number of each Kings Park in Perth's Woodpecker equals 16 more than each Central Park in New York City's Bat. The number of each Griffith Park in Los Angeles's Parrot equals the difference of each Central Park in New York City's Bat and each The High Line in New York City's Creatures. The number of each The High Line in New York City's Bat equals each Kings Park in Perth's Woodpecker. The number of each Kings Park in Perth's Crow equals 4 more than each Central Park in New York City's Bat. The number of each Kings Park in Perth's Parrot equals 14. The number of each Kings Park in Perth's Bat equals 3 more than each Kings Park in Perth's Crow. The number of each Griffith Park in Los Angeles's Crow equals 16. The number of each Central Park in New York City's Woodpecker equals the sum of each Griffith Park in Los Angeles's Crow, each Griffith Park in Los Angeles's Woodpecker and each Central Park in New York City's Bat. The number of each Griffith Park in Los Angeles's Bat equals 17. How many Creatures does The High Line in New York City have? | Define Griffith Park in Los Angeles's Bat as Y; so Y = 17. Define Griffith Park in Los Angeles's Woodpecker as O; so O = Y = 17. Define Central Park in New York City's Bat as K; so K = 13 + O = 13 + 17 = 7. Define Griffith Park in Los Angeles's Parrot as BACK. Define Kings Park in Perth's Woodpecker as W; so W = 16 + K = 16 + 7 = 0. Define Kings Park in Perth's Crow as s; so s = 4 + K = 4 + 7 = 11. Define Kings Park in Perth's Bat as a; so a = 3 + s = 3 + 11 = 14. Define Griffith Park in Los Angeles's Creatures as BACK. Define The High Line in New York City's Bat as v; so v = W = 0. Define The High Line in New York City's Woodpecker as w; so w = 6 + a = 6 + 14 = 20. Define Griffith Park in Los Angeles's Creatures as BACK. Define Central Park in New York City's Woodpecker as BACK. Define The High Line in New York City's Creatures as I; so I = w + v = 20 + 0 = 20. | 20 | med | 9 |
809 | The number of each Almond Milk's Chili Powder equals 21. The number of each GrubMarket's Almond Milk equals 4 times as much as each Soy Milk's Ingredient. The number of each Shipt's Soy Milk equals 2 more than each Almond Milk's Chili Powder. The number of each Soy Milk's Cayenne Pepper equals 9. How many Ingredient does Shipt have? | Define Almond Milk's Chili Powder as r; so r = 21. Define Soy Milk's Ingredient as BACK. Define Shipt's Soy Milk as b; so b = 2 + r = 2 + 21 = 0. Define Soy Milk's Ingredient as BACK. Define Soy Milk's Cayenne Pepper as G; so G = 9. Define Shipt's Ingredient as BACK. Define GrubMarket's Product as BACK. Define Soy Milk's Ingredient as Q; so Q = G = 9. Define GrubMarket's Product as BACK. Define Shipt's Ingredient as X; so X = b * Q = 0 * 9 = 0. | 0 | med | 5 |
810 | The number of each Yeast's Epiglottis equals each Pleural Cavity's Autonomic Ganglia Neurons. The number of each Pleural Cavity's Autonomic Ganglia Neurons equals 1. The number of each Yeast's Nasopharynx equals each Pleural Cavity's Autonomic Ganglia Neurons. The number of each Negev Desert's Paramecium equals the difference of each Bronchi's Sensory Neurons and each Pleural Cavity's Autonomic Ganglia Neurons. The number of each Nasopharynx's Spinal Cord Neurons equals each Negev Desert's Paramecium. The number of each Gobi Desert's Spirogyra equals 20 times as much as each Sonoran Desert's Organs. The number of each Mojave Desert's Yeast equals 11 times as much as the sum of each Sonoran Desert's Stentor, each Yeast's Organs and each Negev Desert's Creatures. The number of each Yeast's Bronchi equals 10. The number of each Epiglottis's Spinal Cord Neurons equals 21. The number of each Bronchi's Sensory Neurons equals 0. The number of each Sonoran Desert's Stentor equals each Epiglottis's Cells. The number of each Gobi Desert's Paramecium equals 19 more than the difference of each Paramecium's Cells and each Stentor's Cells. The number of each Stentor's Pleural Cavity equals each Spirogyra's Cells. The number of each Mojave Desert's Paramecium equals 20 times as much as the difference of each Sonoran Desert's Stentor and each Gobi Desert's Spirogyra. The number of each Nasopharynx's Bipolar Cells equals each Negev Desert's Paramecium. The number of each Gobi Desert's Yeast equals the sum of each Epiglottis's Cells, each Paramecium's Cells and each Epiglottis's Spinal Cord Neurons. How many Spirogyra does Gobi Desert have? | Define Epiglottis's Spinal Cord Neurons as Z; so Z = 21. Define Epiglottis's Cells as g; so g = Z = 21. Define Sonoran Desert's Stentor as p; so p = g = 21. Define Spirogyra's Cells as J; so J = 0. Define Stentor's Pleural Cavity as r; so r = J = 0. Define Stentor's Organs as y; so y = r = 0. Define Sonoran Desert's Organs as M; so M = p * y = 21 * 0 = 0. Define Gobi Desert's Paramecium as BACK. Define Nasopharynx's Spinal Cord Neurons as BACK. Define Gobi Desert's Spirogyra as C; so C = 20 * M = 20 * 0 = 0. | 0 | med | 8 |
811 | The number of each DigitalEd School's Botany Lab equals 1 times as much as each E-Learn Portal's Classroom. The number of each Compression Backpack's Rollerball Pen equals each NetLearn Institute's Backpack. The number of each Rucksack's Mechanical Pencil equals 2. The number of each Rucksack's Colored Pencil equals 4 more than the sum of each DigitalEd School's Botany Lab and each E-Learn Portal's Inorganic Chemistry Lab. The number of each DigitalEd School's Zoology Lab equals 19. The number of each E-Learn Portal's Botany Lab equals each Botany Lab's Rucksack. The number of each Compression Backpack's Colored Pencil equals 15. The number of each Botany Lab's Rucksack equals 15. The number of each E-Learn Portal's Inorganic Chemistry Lab equals the sum of each E-Learn Portal's Botany Lab and each Botany Lab's Rucksack. The number of each DigitalEd School's Inorganic Chemistry Lab equals 3. The number of each Inorganic Chemistry Lab's Packable Travel Backpack equals each DigitalEd School's Inorganic Chemistry Lab. The number of each Botany Lab's Packable Travel Backpack equals 15 more than the sum of each DigitalEd School's Inorganic Chemistry Lab, each Inorganic Chemistry Lab's Packable Travel Backpack and each Compression Backpack's Colored Pencil. The number of each Botany Lab's Compression Backpack equals 16 more than each NetLearn Institute's Stationery. How many Colored Pencil does Rucksack have? | Define Botany Lab's Rucksack as G; so G = 15. Define E-Learn Portal's Backpack as BACK. Define E-Learn Portal's Botany Lab as N; so N = G = 15. Define E-Learn Portal's Inorganic Chemistry Lab as n; so n = N + G = 15 + 15 = 7. Define E-Learn Portal's Stationery as BACK. Define E-Learn Portal's Classroom as l; so l = n + N = 7 + 15 = 22. Define DigitalEd School's Botany Lab as j; so j = 1 * l = 1 * 22 = 22. Define Rucksack's Stationery as BACK. Define DigitalEd School's Classroom as BACK. Define DigitalEd School's Stationery as BACK. Define Inorganic Chemistry Lab's Packable Travel Backpack as BACK. Define Rucksack's Colored Pencil as M; i = j + n = 22 + 7 = 6; so M = 4 + i = 4 + 6 = 10. | 10 | med | 7 |
812 | The number of each Fashion School Backpack's Scrapbooking Paper equals 5 times as much as the difference of each Public Administration Classroom's Backpack and each Public Administration Classroom's Anti-Theft Backpack. The number of each Anthropology Lab's Fashion School Backpack equals 2 times as much as each Anti-Theft Backpack's Colored Paper. The number of each Anti-Theft Backpack's Colored Paper equals 3 times as much as each Sociology Lab's Anti-Theft Backpack. The number of each Northridge High's Sociology Lab equals 6. The number of each Anthropology Lab's Organizer Backpack equals 2 times as much as each Sociology Lab's Anti-Theft Backpack. The number of each Lincoln High's Anthropology Lab equals each Westwood High's Sociology Lab. The number of each Public Administration Classroom's Anti-Theft Backpack equals 10. The number of each Sociology Lab's Anti-Theft Backpack equals 11 more than each Westwood High's Sociology Lab. The number of each Westwood High's Public Administration Classroom equals the sum of each Northridge High's Public Administration Classroom, each Fashion School Backpack's Scrapbooking Paper and each Sociology Lab's Anti-Theft Backpack. The number of each Anti-Theft Backpack's Scrapbooking Paper equals 19 more than each Anti-Theft Backpack's Binder Paper. The number of each Organizer Backpack's Colored Paper equals each Anti-Theft Backpack's Binder Paper. The number of each Westwood High's Sociology Lab equals 1 times as much as each Northridge High's Sociology Lab. The number of each Anti-Theft Backpack's Binder Paper equals each Westwood High's Sociology Lab. The number of each Organizer Backpack's Scrapbooking Paper equals the difference of each Northridge High's Sociology Lab and each Fashion School Backpack's Stationery. The number of each Northridge High's Public Administration Classroom equals each Sociology Lab's Anti-Theft Backpack. How many Stationery does Fashion School Backpack have? | Define Public Administration Classroom's Anti-Theft Backpack as m; so m = 10. Define Public Administration Classroom's Backpack as X; so X = m = 10. Define Sociology Lab's Stationery as BACK. Define Northridge High's Public Administration Classroom as BACK. Define Sociology Lab's Backpack as BACK. Define Organizer Backpack's Scrapbooking Paper as BACK. Define Fashion School Backpack's Scrapbooking Paper as Q; w = X - m = 10 - 10 = 0; so Q = 5 * w = 5 * 0 = 0. Define Fashion School Backpack's Stationery as n; so n = Q = 0. | 0 | hard | 5 |
813 | The number of each Quadriceps's Cardiac Muscle Cells equals 8 more than the sum of each Bois de Boulogne in Paris's Mermaid and each Bois de Boulogne in Paris's Creatures. The number of each Quadriceps's Purkinje Fibers equals the sum of each Lumphini Park in Bangkok's Minotaur, each Central Park in New York City's Yeti, each Bois de Boulogne in Paris's Creatures and each Mermaid's Quadriceps. The number of each Mermaid's Quadriceps equals 9 more than each Yeti's Quadriceps. The number of each Minotaur's Quadriceps equals the sum of each Lumphini Park in Bangkok's Minotaur, each Yeti's Elbow Joint and each Yeti's Quadriceps. The number of each Lumphini Park in Bangkok's Yeti equals each Central Park in New York City's Yeti. The number of each Mermaid's Patella equals 12. The number of each Lumphini Park in Bangkok's Mermaid equals 13 times as much as the sum of each Yeti's Quadriceps, each Yeti's Elbow Joint and each Mermaid's Quadriceps. The number of each Elbow Joint's Cardiac Muscle Cells equals 16 more than each Yeti's Elbow Joint. The number of each Lumphini Park in Bangkok's Minotaur equals each Mermaid's Quadriceps. The number of each Yeti's Quadriceps equals 9. The number of each Elbow Joint's Purkinje Fibers equals 8 times as much as each Mermaid's Quadriceps. The number of each Bois de Boulogne in Paris's Mermaid equals 14. The number of each Central Park in New York City's Yeti equals 5 times as much as the sum of each Mermaid's Quadriceps, each Bois de Boulogne in Paris's Creatures and each Yeti's Quadriceps. The number of each Central Park in New York City's Minotaur equals the sum of each Patella's Cells, each Yeti's Elbow Joint and each Lumphini Park in Bangkok's Minotaur. The number of each Central Park in New York City's Mermaid equals the sum of each Quadriceps's Purkinje Fibers and each Central Park in New York City's Yeti. The number of each Yeti's Elbow Joint equals 3 more than the sum of each Lumphini Park in Bangkok's Minotaur and each Mermaid's Quadriceps. The number of each Patella's Diaphragm Muscle Cells equals 0 more than each Mermaid's Quadriceps. The number of each Quadriceps's Diaphragm Muscle Cells equals the sum of each Bois de Boulogne in Paris's Creatures, each Yeti's Quadriceps, each Quadriceps's Cardiac Muscle Cells and each Central Park in New York City's Yeti. How many Mermaid does Bois de Boulogne in Paris have? | Define Quadriceps's Diaphragm Muscle Cells as BACK. Define Bois de Boulogne in Paris's Mermaid as W; so W = 14. | 14 | hard | 1 |
814 | The number of each Seafood City Supermarket's Buns equals 0. The number of each Suburb's Uwajimaya equals 7. The number of each Suburb's Fiesta Mart equals 15 times as much as each Golf Course Community's Seafood City Supermarket. The number of each Golf Course Community's Seafood City Supermarket equals each La Michoacana Meat Market's Product. The number of each Fiesta Mart's Cookies equals 2. The number of each Seafood City Supermarket's Tortillas equals each Beach Homes's Uwajimaya. The number of each Golf Course Community's Uwajimaya equals each Seafood City Supermarket's Tortillas. The number of each Beach Homes's Uwajimaya equals 20. The number of each Beach Homes's Seafood City Supermarket equals 4 more than each Seafood City Supermarket's Buns. The number of each Golf Course Community's La Michoacana Meat Market equals the sum of each La Michoacana Meat Market's Product, each Uwajimaya's Product, each Beach Homes's Uwajimaya and each Golf Course Community's Seafood City Supermarket. The number of each Seafood City Supermarket's Sourdough Bread equals each Beach Homes's Seafood City Supermarket. How many Uwajimaya does Golf Course Community have? | Define Beach Homes's Uwajimaya as R; so R = 20. Define Golf Course Community's La Michoacana Meat Market as BACK. Define Seafood City Supermarket's Tortillas as p; so p = R = 20. Define Golf Course Community's La Michoacana Meat Market as BACK. Define Golf Course Community's Uwajimaya as m; so m = p = 20. | 20 | med | 3 |
815 | The number of each Skyline College's Geometry Room equals each Starlight College's Aerospace Engineering Lab. The number of each Sunrise College's Thermodynamics Lab equals each Starlight College's Classroom. The number of each Skyline College's Thermodynamics Lab equals each Sunrise College's Thermodynamics Lab. The number of each Starlight College's Aerospace Engineering Lab equals 4. The number of each Skyline College's Aerospace Engineering Lab equals each Starlight College's Aerospace Engineering Lab. How many Classroom does Skyline College have? | Define Skyline College's Aerospace Engineering Lab as BACK. Define Starlight College's Aerospace Engineering Lab as q; so q = 4. Define Starlight College's Classroom as E; so E = q = 4. Define Sunrise College's Classroom as BACK. Define Skyline College's Thermodynamics Lab as BACK. Define Skyline College's Classroom as BACK. Define Sunrise College's Thermodynamics Lab as R; so R = E = 4. Define Skyline College's Classroom as BACK. Define Skyline College's Thermodynamics Lab as P; so P = R = 4. Define Skyline College's Geometry Room as N; so N = q = 4. Define Skyline College's Aerospace Engineering Lab as T; so T = q = 4. Define Skyline College's Classroom as H; K = N + P = 4 + 4 = 8; so H = K + T = 8 + 4 = 12. | 12 | med | 8 |
816 | The number of each Cultural Landscape's Uber Eats equals 13. The number of each Peapod's Salsa equals 7 times as much as the sum of each Cultural Landscape's Uber Eats, each Quarters's Ocado and each Ocado's Salsa. The number of each Quarters's Ocado equals 16. The number of each Uber Eats's Gummy Candy equals 19 more than the sum of each Colonial District's Supermarket and each Colonial District's Ocado. The number of each Uber Eats's Potato Chips equals each Colonial District's Ocado. The number of each Quarters's Uber Eats equals each Peapod's Gummy Candy. The number of each Peapod's Potato Chips equals 14 more than each Colonial District's Product. The number of each Colonial District's Ocado equals each Ocado's Salsa. The number of each Cultural Landscape's Ocado equals the difference of each Peapod's Gummy Candy and each Cultural Landscape's Uber Eats. The number of each Ocado's Gummy Candy equals each Cultural Landscape's Uber Eats. The number of each Ocado's Salsa equals 20. The number of each Cultural Landscape's Peapod equals each Uber Eats's Product. The number of each Quarters's Peapod equals 1. The number of each Peapod's Gummy Candy equals each Ocado's Salsa. How many Gummy Candy does Uber Eats have? | Define Colonial District's Supermarket as BACK. Define Ocado's Gummy Candy as BACK. Define Ocado's Salsa as v; so v = 20. Define Colonial District's Ocado as m; so m = v = 20. Define Cultural Landscape's Supermarket as BACK. Define Colonial District's Supermarket as u; so u = m = 20. Define Cultural Landscape's Supermarket as BACK. Define Uber Eats's Gummy Candy as Z; Q = u + m = 20 + 20 = 17; so Z = 19 + Q = 19 + 17 = 13. | 13 | hard | 5 |
817 | The number of each Coffee's Strawberry equals 16. The number of each Smoothies's Pineapple equals each Energy Drinks's Strawberry. The number of each Smoothies's Strawberry equals 20 more than the sum of each Coffee's Ingredient, each Coffee's Pineapple and each Coffee's Strawberry. The number of each Energy Drinks's Strawberry equals 7. The number of each Coffee's Pineapple equals 9. The number of each Smoothies's Watermelon equals 10. The number of each Energy Drinks's Pineapple equals the sum of each Coffee's Pineapple, each Smoothies's Strawberry, each Coffee's Ingredient and each Smoothies's Watermelon. How many Strawberry does Smoothies have? | Define Coffee's Pineapple as W; so W = 9. Define Coffee's Strawberry as A; so A = 16. Define Coffee's Ingredient as K; so K = W + A = 9 + 16 = 2. Define Smoothies's Strawberry as z; v = K + W = 2 + 9 = 11; E = v + A = 11 + 16 = 4; so z = 20 + E = 20 + 4 = 1. | 1 | hard | 6 |
818 | The number of each Buford Highway Farmers Market's Kombucha equals 5 times as much as the sum of each Art Deco District's Fiesta Mart, each Art Deco District's Seabra Foods and each Cultural Heritage District's Product. The number of each Cultural Heritage District's Fiesta Mart equals 19. The number of each Buford Highway Farmers Market's Smoothies equals 17. The number of each Liquor's Venison equals 10 times as much as each Art Deco District's Fiesta Mart. The number of each Old Fortress's Buford Highway Farmers Market equals 20. The number of each Fiesta Mart's Liquor equals the difference of each Buford Highway Farmers Market's Almond Milk and each Almond Milk's Ingredient. The number of each Liquor's Bacon equals 7 times as much as the sum of each Cultural Heritage District's Fiesta Mart, each Smoothies's Lamb Chop and each Buford Highway Farmers Market's Smoothies. The number of each Art Deco District's Zion Market equals the sum of each Seabra Foods's Product, each Fiesta Mart's Product and each Liquor's Venison. The number of each Archaeological District's Buford Highway Farmers Market equals 19 times as much as each Cultural Heritage District's Fiesta Mart. The number of each Buford Highway Farmers Market's Almond Milk equals 12 times as much as each Almond Milk's Ingredient. The number of each Zion Market's Smoothies equals 6. The number of each Smoothies's Lamb Chop equals 13 times as much as the sum of each Buford Highway Farmers Market's Smoothies, each Archaeological District's Buford Highway Farmers Market and each Cultural Heritage District's Fiesta Mart. The number of each Art Deco District's Fiesta Mart equals 1. The number of each Kombucha's Ground Beef equals 12. The number of each Art Deco District's Seabra Foods equals each Fiesta Mart's Liquor. How many Venison does Liquor have? | Define Art Deco District's Fiesta Mart as M; so M = 1. Define Art Deco District's Product as BACK. Define Liquor's Venison as t; so t = 10 * M = 10 * 1 = 10. | 10 | hard | 2 |
819 | The number of each Chobe National Park's Toucan Terrace equals 12. The number of each Tsavo East National Park's Toucan Terrace equals 22 more than each Hluhluwe-Imfolozi Park's Enclosure. The number of each Tsavo East National Park's Pelican Pier equals 3 times as much as each Chobe National Park's Pelican Pier. The number of each Chobe National Park's Pelican Pier equals each Chobe National Park's Owl Forest. The number of each Chobe National Park's Owl Forest equals each Hluhluwe-Imfolozi Park's Enclosure. How many Enclosure does Tsavo East National Park have? | Define Chobe National Park's Pelican Pier as BACK. Define Hluhluwe-Imfolozi Park's Enclosure as X; so X = 0. Define Chobe National Park's Pelican Pier as BACK. Define Chobe National Park's Owl Forest as i; so i = X = 0. Define Chobe National Park's Pelican Pier as s; so s = i = 0. Define Tsavo East National Park's Pelican Pier as N; so N = 3 * s = 3 * 0 = 0. Define Tsavo East National Park's Enclosure as BACK. Define Tsavo East National Park's Toucan Terrace as f; so f = 22 + X = 22 + 0 = 22. Define Chobe National Park's Enclosure as BACK. Define Tsavo East National Park's Enclosure as r; so r = N + f = 0 + 22 = 22. | 22 | hard | 6 |
820 | The number of each First Aid Backpack's Card Holder equals 6 more than each First Aid Backpack's Planner. The number of each Swimming Pool's Gaming Backpack equals 0 more than the sum of each First Aid Backpack's Card Holder, each Musical Instrument Backpack's Calendar and each Gaming Backpack's Stationery. The number of each Table Tennis Room's Musical Instrument Backpack equals 4. The number of each First Aid Backpack's Document Box equals each First Aid Backpack's Planner. The number of each Musical Instrument Backpack's Calendar equals 19 times as much as the sum of each Gaming Backpack's Calendar and each First Aid Backpack's Stationery. The number of each Rock Climbing Wall's Musical Instrument Backpack equals each Gaming Backpack's Stationery. The number of each First Aid Backpack's Planner equals 5. The number of each Table Tennis Room's Gaming Backpack equals 1. The number of each Rock Climbing Wall's First Aid Backpack equals 20. The number of each Gaming Backpack's Planner equals 12. The number of each Gaming Backpack's Calendar equals 14 times as much as the difference of each First Aid Backpack's Stationery and each First Aid Backpack's Card Holder. How many Stationery does Musical Instrument Backpack have? | Define First Aid Backpack's Planner as K; so K = 5. Define First Aid Backpack's Document Box as r; so r = K = 5. Define Gaming Backpack's Calendar as BACK. Define First Aid Backpack's Card Holder as t; so t = 6 + K = 6 + 5 = 11. Define Swimming Pool's Gaming Backpack as BACK. Define First Aid Backpack's Stationery as w; M = K + t = 5 + 11 = 16; so w = M + r = 16 + 5 = 21. Define Table Tennis Room's Stationery as BACK. Define Musical Instrument Backpack's Calendar as BACK. Define Rock Climbing Wall's Stationery as BACK. Define Rock Climbing Wall's Musical Instrument Backpack as BACK. Define Gaming Backpack's Calendar as g; i = w - t = 21 - 11 = 10; so g = 14 * i = 14 * 10 = 2. Define Musical Instrument Backpack's Calendar as b; J = g + w = 2 + 21 = 0; so b = 19 * J = 19 * 0 = 0. Define Rock Climbing Wall's Stationery as BACK. Define Musical Instrument Backpack's Stationery as z; so z = b = 0. | 0 | med | 10 |
821 | The number of each Penguin Exhibit's Spotted Salamander equals 1. The number of each Spotted Salamander's Caudal Vertebrae 11 equals 1. The number of each Tree Frog's Caudal Vertebrae 8 equals the sum of each Avery Island's Aviary, each Avery Island's Vulture Valley and each Tree Frog's Caudal Vertebrae 7. The number of each Tree Frog's Caudal Vertebrae 7 equals 12 more than the difference of each Avery Island's Aviary and each Avery Island's Vulture Valley. The number of each Bird Kingdom's Penguin Exhibit equals 11. The number of each Avery Island's Aviary equals 22. The number of each Aviary's Tree Frog equals 16 times as much as each Frog's Bone. The number of each Vulture Valley's Frog equals 6. The number of each Vulture Valley's Cave Salamander equals 20 more than each Vulture Valley's Frog. The number of each Spotted Salamander's Caudal Vertebrae 7 equals 1 more than the difference of each Vulture Valley's Animal and each San Antonio Zoo's Animal. The number of each Avery Island's Vulture Valley equals each Avery Island's Aviary. How many Animal does Penguin Exhibit have? | Define Penguin Exhibit's Spotted Salamander as l; so l = 1. Define Spotted Salamander's Caudal Vertebrae 7 as BACK. Define Penguin Exhibit's Animal as w; so w = l = 1. | 1 | hard | 2 |
822 | The number of each Backpacking Pack's Brush Pen equals 15. The number of each Fashion Design Studio's Weekender Backpack equals the sum of each Drama Studio's Wheeled Backpack, each Ceramics Studio's Backpack and each Geography Classroom's Backpack. The number of each Fashion Design Studio's Packable Travel Backpack equals the sum of each Wheeled Backpack's Watercolor Pencil, each Backpacking Pack's Gel Pen and each Drama Studio's Wheeled Backpack. The number of each Geography Classroom's Backpacking Pack equals each Forest Ridge University's Stationery. The number of each Weekender Backpack's Highlighter equals the sum of each Drama Studio's Weekender Backpack and each Backpacking Pack's Gel Pen. The number of each Geography Classroom's Packable Travel Backpack equals each Drama Studio's Wheeled Backpack. The number of each Weekender Backpack's Watercolor Pencil equals the difference of each Wheeled Backpack's Watercolor Pencil and each Drama Studio's Weekender Backpack. The number of each Wheeled Backpack's Brush Pen equals each Forest Ridge University's Classroom. The number of each Wheeled Backpack's Watercolor Pencil equals each Drama Studio's Weekender Backpack. The number of each University of Green Hills's Geography Classroom equals 11. The number of each Drama Studio's Weekender Backpack equals 0. The number of each Backpacking Pack's Gel Pen equals 21. The number of each Drama Studio's Wheeled Backpack equals the difference of each Weekender Backpack's Watercolor Pencil and each Drama Studio's Weekender Backpack. The number of each King's Crown University's Ceramics Studio equals 6 more than the sum of each Backpacking Pack's Gel Pen and each University of Green Hills's Geography Classroom. The number of each University of Green Hills's Drama Studio equals 9 more than the sum of each University of Green Hills's Geography Classroom and each Backpacking Pack's Gel Pen. The number of each Meadowland University's Fashion Design Studio equals 19. How many Packable Travel Backpack does Geography Classroom have? | Define Backpacking Pack's Stationery as BACK. Define Drama Studio's Weekender Backpack as d; so d = 0. Define Wheeled Backpack's Watercolor Pencil as L; so L = d = 0. Define University of Green Hills's Classroom as BACK. Define Weekender Backpack's Highlighter as BACK. Define Geography Classroom's Stationery as BACK. Define Fashion Design Studio's Packable Travel Backpack as BACK. Define University of Green Hills's Drama Studio as BACK. Define University of Green Hills's Backpack as BACK. Define Weekender Backpack's Stationery as BACK. Define King's Crown University's Classroom as BACK. Define Meadowland University's Stationery as BACK. Define Drama Studio's Backpack as BACK. Define Weekender Backpack's Watercolor Pencil as j; so j = L - d = 0 - 0 = 0. Define Weekender Backpack's Stationery as BACK. Define Backpacking Pack's Stationery as BACK. Define Drama Studio's Wheeled Backpack as w; so w = j - d = 0 - 0 = 0. Define Geography Classroom's Packable Travel Backpack as A; so A = w = 0. | 0 | hard | 5 |
823 | The number of each Montane Grassland's Owl equals 7. The number of each Tropical Grassland's Owl equals 5 more than the sum of each Swan's Organs, each Montane Grassland's Owl and each Shortgrass Prairie's Swan. The number of each Owl's Tricuspid Valve equals 20 times as much as each Shortgrass Prairie's Bat. The number of each Shortgrass Prairie's Swan equals 16 times as much as each Swan's Tricuspid Valve. The number of each Montane Grassland's Swan equals the difference of each Montane Grassland's Owl and each Owl's Organs. The number of each Swan's Tricuspid Valve equals the sum of each Bat's Vena Cava and each Shortgrass Prairie's Bat. The number of each Bat's Tricuspid Valve equals 4. The number of each Bat's Capillaries equals the sum of each Montane Grassland's Swan, each Shortgrass Prairie's Swan, each Owl's Organs and each Swan's Organs. The number of each Owl's Capillaries equals 4. The number of each Tropical Grassland's Bat equals 2. The number of each Shortgrass Prairie's Owl equals 21. The number of each Shortgrass Prairie's Bat equals 3 times as much as each Owl's Capillaries. The number of each Bat's Vena Cava equals each Owl's Organs. How many Swan does Shortgrass Prairie have? | Define Owl's Capillaries as C; so C = 4. Define Shortgrass Prairie's Bat as H; so H = 3 * C = 3 * 4 = 12. Define Owl's Tricuspid Valve as v; so v = 20 * H = 20 * 12 = 10. Define Owl's Organs as f; so f = v + C = 10 + 4 = 14. Define Tropical Grassland's Creatures as BACK. Define Bat's Vena Cava as N; so N = f = 14. Define Swan's Tricuspid Valve as k; so k = N + H = 14 + 12 = 3. Define Shortgrass Prairie's Swan as O; so O = 16 * k = 16 * 3 = 2. | 2 | hard | 7 |
824 | The number of each Basilisk's Bronchi equals 11. The number of each Bronchioles's Cardiac Muscle Cells equals 21. The number of each Basilisk's Bronchioles equals 22 more than the sum of each Bronchioles's Cells and each Bronchioles's Cardiac Muscle Cells. The number of each Kraken's Bronchi equals each Basilisk's Bronchioles. The number of each Bronchi's Extraocular Muscle Cells equals 11. How many Bronchioles does Basilisk have? | Define Bronchioles's Cardiac Muscle Cells as n; so n = 21. Define Kraken's Bronchi as BACK. Define Bronchioles's Cells as b; so b = n = 21. Define Basilisk's Bronchioles as T; D = b + n = 21 + 21 = 19; so T = 22 + D = 22 + 19 = 18. | 18 | med | 4 |
825 | The number of each Anthropology Classroom's Wheeled Backpack equals 18 more than each Mountaineering Backpack's File Organizer. The number of each Wheeled Backpack's File Organizer equals 22. The number of each Westbrook University's Digital Arts Studio equals 7. The number of each Digital Arts Studio's Mountaineering Backpack equals 4. The number of each Westbrook University's Anthropology Classroom equals each Anthropology Classroom's Wheeled Backpack. The number of each Mountaineering Backpack's File Organizer equals 3 times as much as each Mountaineering Backpack's Card Holder. The number of each Mountaineering Backpack's Card Holder equals 2. The number of each Meadowland University's Digital Arts Studio equals 9 times as much as each Anthropology Classroom's Wheeled Backpack. The number of each Wheeled Backpack's Envelope Folder equals 5. The number of each Mountaineering Backpack's Accordion File equals 2 more than the sum of each Wheeled Backpack's File Organizer, each Meadowland University's Classroom and each Westbrook University's Backpack. How many Digital Arts Studio does Meadowland University have? | Define Westbrook University's Stationery as BACK. Define Digital Arts Studio's Backpack as BACK. Define Mountaineering Backpack's Card Holder as C; so C = 2. Define Mountaineering Backpack's File Organizer as x; so x = 3 * C = 3 * 2 = 6. Define Westbrook University's Stationery as BACK. Define Anthropology Classroom's Wheeled Backpack as h; so h = 18 + x = 18 + 6 = 1. Define Wheeled Backpack's Stationery as BACK. Define Meadowland University's Classroom as BACK. Define Meadowland University's Digital Arts Studio as B; so B = 9 * h = 9 * 1 = 9. | 9 | med | 4 |
826 | The number of each Aldi's Soy Milk equals the sum of each Aldi's Energy Drinks, each Lidl's Hot Chocolate and each WinCo Foods's Product. The number of each Aldi's Energy Drinks equals 7. The number of each WinCo Foods's Soy Milk equals the sum of each Lidl's Soy Milk and each Aldi's Energy Drinks. The number of each Lidl's Hot Chocolate equals 17. The number of each Aldi's Hot Chocolate equals 4. The number of each WinCo Foods's Energy Drinks equals each Lidl's Soy Milk. The number of each Lidl's Energy Drinks equals each WinCo Foods's Energy Drinks. The number of each WinCo Foods's Hot Chocolate equals 3. The number of each Lidl's Soy Milk equals each WinCo Foods's Hot Chocolate. How many Energy Drinks does Lidl have? | Define WinCo Foods's Hot Chocolate as v; so v = 3. Define WinCo Foods's Energy Drinks as BACK. Define WinCo Foods's Soy Milk as BACK. Define Lidl's Soy Milk as u; so u = v = 3. Define Aldi's Soy Milk as BACK. Define WinCo Foods's Energy Drinks as S; so S = u = 3. Define Aldi's Product as BACK. Define Lidl's Product as BACK. Define Lidl's Energy Drinks as j; so j = S = 3. | 3 | med | 4 |
827 | The number of each Cecum's Satellite Cells equals 1. The number of each Griffin's Cecum equals 15. The number of each Mermaid's Anus equals 12. The number of each Anus's Myoblasts equals 6. How many Cecum does Griffin have? | Define Mermaid's Organs as BACK. Define Anus's Cells as BACK. Define Griffin's Cecum as F; so F = 15. | 15 | med | 1 |
828 | The number of each Zebra's Duodenum equals 4. The number of each Benthic Zone's Kangaroo equals 8 more than each Zebra's Organs. The number of each Benthic Zone's Zebra equals 5 more than the sum of each Duodenum's Myeloblasts and each Cardia's Megakaryocytes. The number of each Kangaroo's Cardia equals 21 times as much as each Sloth's Cardia. The number of each Kangaroo's Mouth equals 2. The number of each Mouth's Megakaryocytes equals each Kangaroo's Mouth. The number of each Hydrothermal Vent's Kangaroo equals 6 times as much as the difference of each Brackish Water's Creatures and each Sloth's Organs. The number of each Sloth's Cardia equals each Cardia's Megakaryocytes. The number of each Hydrothermal Vent's Zebra equals 13. The number of each Cardia's Dendritic Cells equals 2. The number of each Duodenum's Myeloblasts equals each Sloth's Cells. The number of each Hydrothermal Vent's Sloth equals 7. The number of each Brackish Water's Sloth equals the difference of each Cardia's Dendritic Cells and each Cardia's Megakaryocytes. The number of each Cardia's Megakaryocytes equals 10. How many Myeloblasts does Duodenum have? | Define Cardia's Megakaryocytes as B; so B = 10. Define Cardia's Dendritic Cells as p; so p = 2. Define Sloth's Organs as BACK. Define Benthic Zone's Creatures as BACK. Define Mouth's Megakaryocytes as BACK. Define Brackish Water's Organs as BACK. Define Benthic Zone's Zebra as BACK. Define Cardia's Cells as Q; so Q = p + B = 2 + 10 = 12. Define Sloth's Cardia as t; so t = B = 10. Define Duodenum's Cells as BACK. Define Brackish Water's Cells as BACK. Define Benthic Zone's Organs as BACK. Define Zebra's Cells as BACK. Define Sloth's Cells as W; so W = t * Q = 10 * 12 = 5. Define Zebra's Organs as BACK. Define Duodenum's Myeloblasts as y; so y = W = 5. | 5 | hard | 6 |
829 | The number of each Buford Highway Farmers Market's Pita Bread equals 13. The number of each Buford Highway Farmers Market's Rye Bread equals 20. The number of each Mitsuwa Marketplace's Pita Bread equals each Buford Highway Farmers Market's Pita Bread. The number of each Mitsuwa Marketplace's Rye Bread equals each Mitsuwa Marketplace's Pita Bread. How many Pita Bread does Mitsuwa Marketplace have? | Define Buford Highway Farmers Market's Pita Bread as Z; so Z = 13. Define Mitsuwa Marketplace's Pita Bread as A; so A = Z = 13. | 13 | med | 2 |
830 | The number of each Hawk Haven's Anchovy equals each National Aviary's Hawk Haven. The number of each National Aviary's Hawk Haven equals 17 times as much as each National Aviary's Crane Courtyard. The number of each Shark's Radius equals 1. The number of each Shark's Alula equals 17 more than the sum of each Shark's Radius and each Crane Courtyard's Anchovy. The number of each National Aviary's Crane Courtyard equals 5. The number of each Bird Paradise Wildlife Park's Crane Courtyard equals 17. The number of each Shark's Tertials equals the sum of each Shark's Radius and each National Aviary's Crane Courtyard. The number of each Flounder's Alula equals 15. The number of each Crane Courtyard's Anchovy equals 13 times as much as each Shark's Radius. The number of each Peacock Garden's Shark equals 13. The number of each Hawk Haven's Flounder equals each National Aviary's Crane Courtyard. The number of each Peacock Garden's Anchovy equals 6. The number of each Hawk Haven's Shark equals each Shark's Tertials. The number of each Flounder's Tertials equals 10 times as much as the difference of each Avery Island's Enclosure and each Shark's Alula. The number of each Anchovy's Radius equals the sum of each Shark's Alula and each Crane Courtyard's Anchovy. The number of each Bird Paradise Wildlife Park's Peacock Garden equals 13 times as much as each National Aviary's Enclosure. The number of each Anchovy's Alula equals the sum of each Shark's Radius, each Shark's Tertials and each National Aviary's Hawk Haven. How many Enclosure does National Aviary have? | Define National Aviary's Crane Courtyard as r; so r = 5. Define Shark's Tertials as BACK. Define National Aviary's Enclosure as BACK. Define National Aviary's Hawk Haven as D; so D = 17 * r = 17 * 5 = 16. Define National Aviary's Bone as BACK. Define Peacock Garden's Bone as BACK. Define National Aviary's Enclosure as u; so u = r + D = 5 + 16 = 21. | 21 | med | 3 |
831 | The number of each Tennessee Aquarium's Small Mammal House equals 22 more than the sum of each Baltimore Aquarium's Enclosure and each Baltimore Aquarium's Kangaroo Walkabout. The number of each Baltimore Aquarium's Kangaroo Walkabout equals 13. The number of each Shedd Aquarium's Lion Exhibit equals 18 times as much as the sum of each Tennessee Aquarium's Small Mammal House, each Baltimore Aquarium's Kangaroo Walkabout and each Baltimore Aquarium's Enclosure. How many Lion Exhibit does Shedd Aquarium have? | Define Shedd Aquarium's Enclosure as BACK. Define Baltimore Aquarium's Kangaroo Walkabout as T; so T = 13. Define Tennessee Aquarium's Enclosure as BACK. Define Shedd Aquarium's Enclosure as BACK. Define Baltimore Aquarium's Enclosure as P; so P = T = 13. Define Tennessee Aquarium's Small Mammal House as C; U = P + T = 13 + 13 = 3; so C = 22 + U = 22 + 3 = 2. Define Shedd Aquarium's Enclosure as BACK. Define Shedd Aquarium's Lion Exhibit as N; W = C + T = 2 + 13 = 15; x = W + P = 15 + 13 = 5; so N = 18 * x = 18 * 5 = 21. | 21 | hard | 7 |
832 | The number of each Valli Produce's Tortillas equals 5 times as much as the difference of each Uwajimaya's Pretzels and each Tortillas's Ingredient. The number of each Diplomatic District's Uwajimaya equals 16. The number of each Tortillas's Thyme equals 21 times as much as each Uwajimaya's Pretzels. The number of each Uwajimaya's White Bread equals the difference of each Town Hall District's Ingredient and each Valli Produce's Tortillas. The number of each Uwajimaya's Pretzels equals 7. The number of each White Bread's Nutmeg equals each Town Hall District's Supermarket. The number of each Town Hall District's Valli Produce equals each Tortillas's Ingredient. The number of each Pretzels's Mint equals the sum of each Uwajimaya's Pretzels, each Town Hall District's Ingredient and each Town Hall District's Supermarket. The number of each City Hall District's Galleria Supermarket equals the difference of each White Bread's Ingredient and each Diplomatic District's Product. How many White Bread does Uwajimaya have? | Define Uwajimaya's Pretzels as E; so E = 7. Define Town Hall District's Ingredient as BACK. Define Town Hall District's Valli Produce as BACK. Define Town Hall District's Product as BACK. Define Uwajimaya's Ingredient as BACK. Define Tortillas's Thyme as N; so N = 21 * E = 21 * 7 = 9. Define Valli Produce's Product as BACK. Define Tortillas's Ingredient as G; so G = N = 9. Define Valli Produce's Tortillas as a; i = E - G = 7 - 9 = 21; so a = 5 * i = 5 * 21 = 13. Define White Bread's Nutmeg as BACK. Define Valli Produce's Ingredient as n; so n = a * G = 13 * 9 = 2. Define Pretzels's Ingredient as BACK. Define White Bread's Ingredient as BACK. Define White Bread's Nutmeg as BACK. Define Town Hall District's Valli Produce as d; so d = G = 9. Define Town Hall District's Ingredient as Y; so Y = d * n = 9 * 2 = 18. Define Uwajimaya's White Bread as V; so V = Y - a = 18 - 13 = 5. | 5 | med | 9 |
833 | The number of each Gaming Backpack's Mechanical Pencil equals 15 times as much as each Gaming Backpack's Brush Pen. The number of each Trigonometry Room's Crafting Backpack equals 22. The number of each Gaming Backpack's Brush Pen equals 4. The number of each Trigonometry Room's Emergency Backpack equals each Gaming Backpack's Brush Pen. The number of each Kingston Secondary's Mechanical Engineering Lab equals each Trigonometry Room's Crafting Backpack. The number of each Tactical Backpack's Erasable Pen equals 12 times as much as each Mechanical Engineering Lab's Gaming Backpack. The number of each Central High's Engineering Workshop equals the difference of each Valley View High's Classroom and each Tactical Backpack's Crayon. The number of each Tactical Backpack's Crayon equals the difference of each Gaming Backpack's Stationery and each Gaming Backpack's Mechanical Pencil. The number of each Mechanical Engineering Lab's Gaming Backpack equals 19 more than each Trigonometry Room's Emergency Backpack. The number of each Metropolitan High's Trigonometry Room equals 1. The number of each Valley View High's Fluid Mechanics Lab equals 14 times as much as each Kingston Secondary's Stationery. The number of each Mechanical Engineering Lab's Tactical Backpack equals each Gaming Backpack's Brush Pen. How many Engineering Workshop does Central High have? | Define Kingston Secondary's Mechanical Engineering Lab as BACK. Define Tactical Backpack's Stationery as BACK. Define Mechanical Engineering Lab's Stationery as BACK. Define Gaming Backpack's Brush Pen as Y; so Y = 4. Define Trigonometry Room's Emergency Backpack as V; so V = Y = 4. Define Metropolitan High's Stationery as BACK. Define Trigonometry Room's Crafting Backpack as G; so G = 22. Define Tactical Backpack's Stationery as BACK. Define Central High's Backpack as BACK. Define Valley View High's Classroom as BACK. Define Kingston Secondary's Mechanical Engineering Lab as t; so t = G = 22. Define Mechanical Engineering Lab's Gaming Backpack as z; so z = 19 + V = 19 + 4 = 0. Define Gaming Backpack's Mechanical Pencil as B; so B = 15 * Y = 15 * 4 = 14. Define Tactical Backpack's Crayon as BACK. Define Valley View High's Fluid Mechanics Lab as BACK. Define Gaming Backpack's Stationery as A; so A = Y + B = 4 + 14 = 18. Define Kingston Secondary's Stationery as BACK. Define Metropolitan High's Backpack as BACK. Define Trigonometry Room's Stationery as BACK. Define Valley View High's Stationery as BACK. Define Valley View High's Fluid Mechanics Lab as BACK. Define Tactical Backpack's Erasable Pen as q; so q = 12 * z = 12 * 0 = 0. Define Tactical Backpack's Crayon as w; so w = A - B = 18 - 14 = 4. Define Tactical Backpack's Stationery as I; so I = w + q = 4 + 0 = 4. Define Mechanical Engineering Lab's Tactical Backpack as j; so j = Y = 4. Define Kingston Secondary's Stationery as BACK. Define Mechanical Engineering Lab's Stationery as x; k = j * I = 4 * 4 = 16; N = z * A = 0 * 18 = 0; so x = k + N = 16 + 0 = 16. Define Trigonometry Room's Stationery as BACK. Define Kingston Secondary's Stationery as P; so P = t * x = 22 * 16 = 7. Define Valley View High's Fluid Mechanics Lab as U; so U = 14 * P = 14 * 7 = 6. Define Central High's Engineering Workshop as BACK. Define Trigonometry Room's Stationery as BACK. Define Valley View High's Classroom as m; so m = U = 6. Define Central High's Engineering Workshop as a; so a = m - w = 6 - 4 = 2. | 2 | hard | 18 |
834 | The number of each Victorian District's Boxed equals 9 times as much as each Milk's Sausage. The number of each Google Express's Milk equals 18 more than each Milk's Lamb Chop. The number of each Sour Cream's Beef Steak equals 5. The number of each Castle District's Blue Apron equals each Cream's Ingredient. The number of each Victorian District's Google Express equals 16. The number of each Milk's Lamb Chop equals 2 times as much as each Sour Cream's Chicken Wing. The number of each Milk's Sausage equals 16. The number of each Victorian District's HelloFresh equals the sum of each Sour Cream's Ingredient, each Colonial District's Supermarket and each Blue Apron's Cream. The number of each Castle District's Boxed equals each Google Express's Milk. The number of each Sour Cream's Chicken Wing equals 21. The number of each Blue Apron's Cream equals 21 times as much as each Castle District's Boxed. The number of each HelloFresh's Sour Cream equals each Sour Cream's Beef Steak. How many Ingredient does Castle District have? | Define Sour Cream's Chicken Wing as R; so R = 21. Define Milk's Lamb Chop as n; so n = 2 * R = 2 * 21 = 19. Define Google Express's Milk as K; so K = 18 + n = 18 + 19 = 14. Define Castle District's Boxed as N; so N = K = 14. Define Blue Apron's Product as BACK. Define Castle District's Ingredient as BACK. Define Victorian District's HelloFresh as BACK. Define Victorian District's Boxed as BACK. Define Blue Apron's Cream as i; so i = 21 * N = 21 * 14 = 18. Define Cream's Ingredient as t; so t = 0. Define Victorian District's Product as BACK. Define HelloFresh's Ingredient as BACK. Define Castle District's Ingredient as BACK. Define Blue Apron's Ingredient as Q; so Q = i * t = 18 * 0 = 0. Define Boxed's Ingredient as x; so x = 0. Define Castle District's Blue Apron as j; so j = t = 0. Define HelloFresh's Ingredient as BACK. Define Castle District's Ingredient as c; J = N * x = 14 * 0 = 0; s = j * Q = 0 * 0 = 0; so c = J + s = 0 + 0 = 0. | 0 | hard | 12 |
835 | The number of each Atacama Desert's Bengal Tiger equals 19. The number of each Namib Desert's Leopard equals 17. The number of each Sonoran Desert's Panda equals 15. The number of each Sonoran Desert's Leopard equals the difference of each Atacama Desert's Leopard and each Namib Desert's Leopard. The number of each Sonoran Desert's Bengal Tiger equals 22 times as much as the difference of each Atacama Desert's Leopard and each Namib Desert's Creatures. The number of each Namib Desert's Panda equals each Namib Desert's Bengal Tiger. The number of each Namib Desert's Bengal Tiger equals each Namib Desert's Leopard. The number of each Atacama Desert's Panda equals each Sonoran Desert's Leopard. The number of each Atacama Desert's Leopard equals the sum of each Namib Desert's Creatures and each Namib Desert's Bengal Tiger. How many Leopard does Sonoran Desert have? | Define Atacama Desert's Panda as BACK. Define Namib Desert's Leopard as E; so E = 17. Define Namib Desert's Bengal Tiger as K; so K = E = 17. Define Atacama Desert's Leopard as BACK. Define Atacama Desert's Creatures as BACK. Define Atacama Desert's Panda as BACK. Define Namib Desert's Panda as s; so s = K = 17. Define Namib Desert's Creatures as w; j = K + E = 17 + 17 = 11; so w = j + s = 11 + 17 = 5. Define Atacama Desert's Leopard as n; so n = w + K = 5 + 17 = 22. Define Atacama Desert's Panda as BACK. Define Atacama Desert's Creatures as BACK. Define Sonoran Desert's Creatures as BACK. Define Sonoran Desert's Leopard as S; so S = n - E = 22 - 17 = 5. | 5 | hard | 7 |
836 | The number of each Sylvan Heights Bird Park's Seal Pool equals 22 more than each Sylvan Heights Bird Park's Sealion Show Pool. The number of each Jurong Bird Park's Seal Pool equals 9. The number of each Sylvan Heights Bird Park's Freshwater Fish Exhibit equals 4. The number of each Birdland Park and Gardens's Seal Pool equals the sum of each Sylvan Heights Bird Park's Seal Pool, each Birdland Park and Gardens's Freshwater Fish Exhibit and each Sylvan Heights Bird Park's Freshwater Fish Exhibit. The number of each Jurong Bird Park's Freshwater Fish Exhibit equals 2. The number of each Jurong Bird Park's Sealion Show Pool equals 1 more than the difference of each Birdland Park and Gardens's Freshwater Fish Exhibit and each Birdland Park and Gardens's Sealion Show Pool. The number of each Birdland Park and Gardens's Sealion Show Pool equals 13. The number of each Birdland Park and Gardens's Freshwater Fish Exhibit equals 0. The number of each Sylvan Heights Bird Park's Sealion Show Pool equals 4. How many Seal Pool does Sylvan Heights Bird Park have? | Define Birdland Park and Gardens's Seal Pool as BACK. Define Sylvan Heights Bird Park's Sealion Show Pool as B; so B = 4. Define Sylvan Heights Bird Park's Enclosure as BACK. Define Jurong Bird Park's Enclosure as BACK. Define Jurong Bird Park's Sealion Show Pool as BACK. Define Birdland Park and Gardens's Enclosure as BACK. Define Birdland Park and Gardens's Seal Pool as BACK. Define Sylvan Heights Bird Park's Seal Pool as u; so u = 22 + B = 22 + 4 = 3. | 3 | med | 2 |
837 | The number of each Steppe's Kangaroo equals 9. The number of each Steppe's Armadillo equals 2. The number of each Meadow's Kangaroo equals 20 times as much as the sum of each Armadillo's Spinal Cord and each Meadow's Armadillo. The number of each Hippocampus's Adipocytes equals 6 more than each Steppe's Armadillo. The number of each Kangaroo's Spinal Cord equals 21 times as much as the sum of each Spinal Cord's Cells, each Spinal Cord's Adipocytes and each Meadow's Kangaroo. The number of each Hippocampus's Mast Cells equals each Hippocampus's Adipocytes. The number of each Spinal Cord's Adipocytes equals each Meadow's Armadillo. The number of each Meadow's Armadillo equals each Armadillo's Spinal Cord. The number of each Kangaroo's Hippocampus equals 14 more than the sum of each Meadow's Creatures, each Spinal Cord's Mast Cells and each Armadillo's Spinal Cord. The number of each Armadillo's Spinal Cord equals 12. The number of each Armadillo's Hippocampus equals 7. The number of each Spinal Cord's Mast Cells equals 1 more than each Meadow's Kangaroo. How many Organs does Kangaroo have? | Define Hippocampus's Mast Cells as BACK. Define Hippocampus's Cells as BACK. Define Hippocampus's Adipocytes as BACK. Define Meadow's Creatures as BACK. Define Meadow's Organs as BACK. Define Kangaroo's Hippocampus as BACK. Define Armadillo's Spinal Cord as m; so m = 12. Define Hippocampus's Adipocytes as BACK. Define Meadow's Armadillo as U; so U = m = 12. Define Meadow's Kangaroo as B; R = m + U = 12 + 12 = 1; so B = 20 * R = 20 * 1 = 20. Define Meadow's Creatures as Y; so Y = B + U = 20 + 12 = 9. Define Spinal Cord's Mast Cells as r; so r = 1 + B = 1 + 20 = 21. Define Kangaroo's Hippocampus as J; x = Y + r = 9 + 21 = 7; I = x + m = 7 + 12 = 19; so J = 14 + I = 14 + 19 = 10. Define Spinal Cord's Adipocytes as F; so F = U = 12. Define Kangaroo's Cells as BACK. Define Steppe's Creatures as BACK. Define Steppe's Cells as BACK. Define Spinal Cord's Cells as n; so n = F + r = 12 + 21 = 10. Define Kangaroo's Spinal Cord as a; N = n + F = 10 + 12 = 22; S = N + B = 22 + 20 = 19; so a = 21 * S = 21 * 19 = 8. Define Hippocampus's Adipocytes as BACK. Define Kangaroo's Organs as Q; so Q = J + a = 10 + 8 = 18. | 18 | med | 15 |
838 | The number of each Gonium's Duodenum equals 18. The number of each Prairie's Gonium equals 9 more than each Tallgrass Prairie's Euglena. The number of each Pylorus's Serous Cells equals each Stomach's Serous Cells. The number of each Gonium's Pylorus equals the sum of each Stomach's Serous Cells and each Prairie's Creatures. The number of each Pylorus's Keratinocytes equals 12 more than each Yeast's Stomach. The number of each Duodenum's Keratinocytes equals each Flooded Grassland's Creatures. The number of each Duodenum's Serous Cells equals each Yeast's Stomach. The number of each Pampas's Euglena equals each Prairie's Gonium. The number of each Pylorus's Transitional Epithelial Cells equals each Stomach's Serous Cells. The number of each Euglena's Pylorus equals each Yeast's Stomach. The number of each Tallgrass Prairie's Euglena equals 5. The number of each Duodenum's Transitional Epithelial Cells equals the sum of each Yeast's Organs and each Prairie's Gonium. The number of each Euglena's Stomach equals each Yeast's Stomach. The number of each Yeast's Stomach equals 7 more than the sum of each Tallgrass Prairie's Euglena and each Pampas's Euglena. The number of each Euglena's Duodenum equals 10. The number of each Gonium's Stomach equals the difference of each Pylorus's Transitional Epithelial Cells and each Pylorus's Serous Cells. The number of each Stomach's Keratinocytes equals 17 more than the sum of each Pylorus's Keratinocytes, each Tallgrass Prairie's Euglena and each Euglena's Pylorus. The number of each Flooded Grassland's Gonium equals 4. The number of each Stomach's Serous Cells equals the sum of each Flooded Grassland's Creatures and each Flooded Grassland's Gonium. The number of each Pampas's Yeast equals 7. How many Serous Cells does Pylorus have? | Define Flooded Grassland's Gonium as l; so l = 4. Define Flooded Grassland's Creatures as g; so g = l = 4. Define Stomach's Serous Cells as D; so D = g + l = 4 + 4 = 8. Define Pampas's Cells as BACK. Define Pylorus's Serous Cells as Y; so Y = D = 8. | 8 | hard | 4 |
839 | The number of each Old Harbor's Market Basket equals each Ancient City's Dollar General. The number of each Medieval Town's Dollar General equals 20 times as much as each Ancient City's Marc's. The number of each Ancient City's Market Basket equals 19 times as much as each Preservation District's Supermarket. The number of each Preservation District's Market Basket equals each Preservation District's Family Dollar. The number of each Preservation District's Dollar General equals 0 more than each Medieval Town's Family Dollar. The number of each Preservation District's Marc's equals 4. The number of each Old Harbor's Family Dollar equals 9 more than each Ancient City's Dollar General. The number of each Medieval Town's Family Dollar equals each Medieval Town's Marc's. The number of each Old Harbor's Marc's equals each Old Harbor's Family Dollar. The number of each Ancient City's Dollar General equals 0. The number of each Old Harbor's Dollar General equals 7. The number of each Medieval Town's Market Basket equals the sum of each Preservation District's Market Basket, each Preservation District's Marc's and each Preservation District's Family Dollar. The number of each Ancient City's Family Dollar equals the difference of each Medieval Town's Marc's and each Ancient City's Marc's. The number of each Preservation District's Family Dollar equals 16 times as much as each Preservation District's Marc's. The number of each Ancient City's Marc's equals 1 times as much as each Old Harbor's Dollar General. The number of each Medieval Town's Marc's equals 0. How many Supermarket does Medieval Town have? | Define Preservation District's Marc's as L; so L = 4. Define Preservation District's Market Basket as BACK. Define Medieval Town's Family Dollar as BACK. Define Medieval Town's Supermarket as BACK. Define Preservation District's Family Dollar as y; so y = 16 * L = 16 * 4 = 18. Define Old Harbor's Family Dollar as BACK. Define Medieval Town's Supermarket as BACK. Define Preservation District's Supermarket as BACK. Define Preservation District's Market Basket as z; so z = y = 18. Define Old Harbor's Market Basket as BACK. Define Old Harbor's Dollar General as U; so U = 7. Define Ancient City's Supermarket as BACK. Define Old Harbor's Family Dollar as BACK. Define Medieval Town's Dollar General as BACK. Define Medieval Town's Supermarket as BACK. Define Medieval Town's Marc's as g; so g = 0. Define Preservation District's Supermarket as BACK. Define Medieval Town's Market Basket as R; C = z + L = 18 + 4 = 22; so R = C + y = 22 + 18 = 17. Define Ancient City's Marc's as q; so q = 1 * U = 1 * 7 = 7. Define Preservation District's Dollar General as BACK. Define Old Harbor's Marc's as BACK. Define Medieval Town's Dollar General as s; so s = 20 * q = 20 * 7 = 2. Define Ancient City's Supermarket as BACK. Define Old Harbor's Supermarket as BACK. Define Medieval Town's Family Dollar as r; so r = g = 0. Define Ancient City's Supermarket as BACK. Define Old Harbor's Marc's as BACK. Define Old Harbor's Market Basket as BACK. Define Preservation District's Supermarket as BACK. Define Ancient City's Market Basket as BACK. Define Medieval Town's Supermarket as b; G = g + r = 0 + 0 = 0; X = G + R = 0 + 17 = 17; so b = X + s = 17 + 2 = 19. | 19 | hard | 13 |
840 | The number of each School Daypack's Charcoal Stick equals 9. The number of each Messenger Backpack's Whiteboard Marker equals 8 times as much as the sum of each School Daypack's Stationery and each School Daypack's Charcoal Stick. How many Stationery does Messenger Backpack have? | Define School Daypack's Charcoal Stick as E; so E = 9. Define Messenger Backpack's Stationery as BACK. Define Messenger Backpack's Whiteboard Marker as BACK. Define School Daypack's Stationery as y; so y = E = 9. Define Messenger Backpack's Whiteboard Marker as e; S = y + E = 9 + 9 = 18; so e = 8 * S = 8 * 18 = 6. Define Messenger Backpack's Stationery as q; so q = e = 6. | 6 | med | 5 |
841 | The number of each Kroger's Smoothies equals 21 times as much as each Sainsbury's's Smoothies. The number of each Market District's Kroger equals 18 times as much as each Kroger's Product. The number of each Kroger's Sodas equals 11 more than each Sainsbury's's Smoothies. The number of each Restaurant District's Sainsbury's equals 4 more than each Market District's Supermarket. The number of each Sainsbury's's Sodas equals 14 more than the sum of each Kroger's Sodas, each Market District's Kroger and each Market District's Sainsbury's. The number of each Restaurant District's Kroger equals each Market District's Sainsbury's. The number of each Market District's Sainsbury's equals 20 times as much as each Kroger's Product. The number of each Sainsbury's's Smoothies equals 13. How many Supermarket does Restaurant District have? | Define Market District's Kroger as BACK. Define Sainsbury's's Smoothies as I; so I = 13. Define Market District's Kroger as BACK. Define Sainsbury's's Sodas as BACK. Define Kroger's Sodas as Z; so Z = 11 + I = 11 + 13 = 1. Define Kroger's Smoothies as D; so D = 21 * I = 21 * 13 = 20. Define Kroger's Product as m; so m = Z + D = 1 + 20 = 21. Define Restaurant District's Sainsbury's as BACK. Define Sainsbury's's Sodas as BACK. Define Market District's Product as BACK. Define Market District's Sainsbury's as p; so p = 20 * m = 20 * 21 = 6. Define Market District's Kroger as e; so e = 18 * m = 18 * 21 = 10. Define Restaurant District's Product as BACK. Define Restaurant District's Sainsbury's as BACK. Define Market District's Supermarket as R; so R = p + e = 6 + 10 = 16. Define Restaurant District's Product as BACK. Define Restaurant District's Supermarket as BACK. Define Restaurant District's Sainsbury's as T; so T = 4 + R = 4 + 16 = 20. Define Sainsbury's's Product as BACK. Define Restaurant District's Kroger as k; so k = p = 6. Define Restaurant District's Product as BACK. Define Sainsbury's's Product as BACK. Define Market District's Product as BACK. Define Restaurant District's Supermarket as F; so F = T + k = 20 + 6 = 3. | 3 | hard | 10 |
842 | The number of each Wrist Joint's Chondrocytes equals 12. The number of each Secondary Forest's Dragon equals 21. The number of each Dragon's Hamstrings equals 9 more than the sum of each Secondary Forest's Dragon, each Wrist Joint's Endothelial Cells of Blood Vessels and each Mixed Forest's Dragon. The number of each Wrist Joint's Endothelial Cells of Blood Vessels equals each Mixed Forest's Dragon. The number of each Centaur's Wrist Joint equals 8 more than each Wrist Joint's Chondrocytes. The number of each Hamstrings's Chondrocytes equals 0 more than the difference of each Mixed Forest's Dragon and each Mixed Forest's Centaur. The number of each Mixed Forest's Centaur equals 9 more than the sum of each Centaur's Wrist Joint and each Centaur's Organs. The number of each Secondary Forest's Centaur equals 19. The number of each Mixed Forest's Dragon equals 15. The number of each Hamstrings's Endothelial Cells of Blood Vessels equals each Mixed Forest's Creatures. The number of each Dragon's Wrist Joint equals 7 more than each Mixed Forest's Centaur. How many Organs does Centaur have? | Define Wrist Joint's Chondrocytes as m; so m = 12. Define Centaur's Wrist Joint as Z; so Z = 8 + m = 8 + 12 = 20. Define Secondary Forest's Creatures as BACK. Define Wrist Joint's Cells as BACK. Define Mixed Forest's Cells as BACK. Define Centaur's Organs as Q; so Q = Z = 20. | 20 | med | 3 |
843 | The number of each Digital Arts Studio's Emergency Backpack equals each Digital Arts Studio's Tactical Backpack. The number of each Language Classroom's Tactical Backpack equals 19 more than the sum of each Sunset Primary's Backpack, each Geography Classroom's Tactical Backpack and each Geography Classroom's Emergency Backpack. The number of each Drama Studio's Emergency Backpack equals the sum of each Geography Classroom's Tactical Backpack, each Maple Grove Elementary's Geography Classroom and each Mountain Peak Elementary's Drama Studio. The number of each Geography Classroom's Clear Backpack equals each Digital Arts Studio's Emergency Backpack. The number of each Emergency Backpack's Photocopy Paper equals 2. The number of each Tactical Backpack's Wrapping Paper equals 4 more than each Emergency Backpack's Stationery. The number of each Geography Classroom's Emergency Backpack equals the sum of each Digital Arts Studio's Tactical Backpack and each Emergency Backpack's Stationery. The number of each Drama Studio's Insulated Backpack equals 10. The number of each Digital Arts Studio's Tactical Backpack equals the difference of each Sunset Primary's Digital Arts Studio and each Clear Backpack's Binder Paper. The number of each Mountain Peak Elementary's Drama Studio equals 4 times as much as each Geography Classroom's Tactical Backpack. The number of each Tactical Backpack's Binder Paper equals each Maple Grove Elementary's Geography Classroom. The number of each Clear Backpack's Sketchbook equals each Sunset Primary's Classroom. The number of each Pine Ridge Elementary's Drama Studio equals 2. The number of each Insulated Backpack's Wrapping Paper equals 14 times as much as the sum of each Emergency Backpack's Sketchbook and each Emergency Backpack's Photocopy Paper. The number of each Emergency Backpack's Sketchbook equals 14 times as much as the sum of each Clear Backpack's Binder Paper and each Emergency Backpack's Photocopy Paper. The number of each Maple Grove Elementary's Geography Classroom equals the difference of each Geography Classroom's Tactical Backpack and each Mountain Peak Elementary's Drama Studio. The number of each Clear Backpack's Binder Paper equals each Emergency Backpack's Photocopy Paper. The number of each Pine Ridge Elementary's Language Classroom equals the difference of each Sunset Primary's Digital Arts Studio and each Sunset Primary's Classroom. The number of each Geography Classroom's Tactical Backpack equals 10. The number of each Mountain Peak Elementary's Geography Classroom equals each Geography Classroom's Clear Backpack. The number of each Sunset Primary's Digital Arts Studio equals 22 times as much as each Insulated Backpack's Stationery. The number of each Language Classroom's Insulated Backpack equals 12. The number of each Tactical Backpack's Photocopy Paper equals 22 times as much as the sum of each Mountain Peak Elementary's Drama Studio, each Geography Classroom's Tactical Backpack and each Tactical Backpack's Binder Paper. The number of each Drama Studio's Clear Backpack equals 13. How many Backpack does Sunset Primary have? | Define Tactical Backpack's Stationery as BACK. Define Pine Ridge Elementary's Classroom as BACK. Define Mountain Peak Elementary's Backpack as BACK. Define Insulated Backpack's Wrapping Paper as BACK. Define Mountain Peak Elementary's Drama Studio as BACK. Define Emergency Backpack's Photocopy Paper as o; so o = 2. Define Tactical Backpack's Photocopy Paper as BACK. Define Clear Backpack's Binder Paper as q; so q = o = 2. Define Emergency Backpack's Sketchbook as C; O = q + o = 2 + 2 = 4; so C = 14 * O = 14 * 4 = 10. Define Pine Ridge Elementary's Language Classroom as BACK. Define Insulated Backpack's Wrapping Paper as W; M = C + o = 10 + 2 = 12; so W = 14 * M = 14 * 12 = 7. Define Insulated Backpack's Stationery as u; so u = W = 7. Define Sunset Primary's Classroom as BACK. Define Digital Arts Studio's Emergency Backpack as BACK. Define Sunset Primary's Digital Arts Studio as y; so y = 22 * u = 22 * 7 = 16. Define Digital Arts Studio's Tactical Backpack as Y; so Y = y - q = 16 - 2 = 14. Define Digital Arts Studio's Stationery as BACK. Define Digital Arts Studio's Backpack as BACK. Define Digital Arts Studio's Emergency Backpack as l; so l = Y = 14. Define Digital Arts Studio's Backpack as U; so U = Y + l = 14 + 14 = 5. Define Mountain Peak Elementary's Geography Classroom as BACK. Define Sunset Primary's Backpack as E; so E = y * U = 16 * 5 = 11. | 11 | hard | 12 |
844 | The number of each Bat Cave's Panda equals the sum of each Aquarium of the Pacific's Bat Cave, each Ripley's Aquarium of Canada's Bat Cave and each Vancouver Aquarium's Rhinoceros Pen. The number of each Leopard's Intermediate Carpal equals each Bat Cave's Leopard. The number of each Wolf Woods's Elephant equals 21. The number of each Elephant's Metacarpal V equals each Leopard's Bone. The number of each Leopard's Metacarpal V equals 16. The number of each Hippopotamus's Intermediate Carpal equals the difference of each Leopard's Intermediate Carpal and each Bat Cave's Animal. The number of each Hippopotamus's Proximal Phalanx equals each Wolf Woods's Elephant. The number of each Cheetah Run's Leopard equals each Wolf Woods's Animal. The number of each Monterey Bay Aquarium's Cheetah Run equals each Leopard's Bone. The number of each Rhinoceros Pen's Leopard equals 18 times as much as each Bat Cave's Panda. The number of each Rhinoceros Pen's Elephant equals 17. The number of each Aquarium of the Pacific's Bat Cave equals 13. The number of each Vancouver Aquarium's Bat Cave equals the sum of each Ripley's Aquarium of Canada's Bat Cave, each Ripley's Aquarium of Canada's Enclosure, each Rhinoceros Pen's Elephant and each Cheetah Run's Hippopotamus. The number of each Vancouver Aquarium's Wolf Woods equals the difference of each Aquarium of the Pacific's Enclosure and each Leopard's Metacarpal V. The number of each Vancouver Aquarium's Rhinoceros Pen equals 21 more than the difference of each Aquarium of the Pacific's Bat Cave and each Ripley's Aquarium of Canada's Bat Cave. The number of each Ripley's Aquarium of Canada's Bat Cave equals 8. The number of each Panda's Metacarpal I equals 11 more than each Monterey Bay Aquarium's Cheetah Run. The number of each Bat Cave's Leopard equals 19 more than each Cheetah Run's Leopard. The number of each Cheetah Run's Hippopotamus equals 5. The number of each Rhinoceros Pen's Panda equals 15. How many Bone does Panda have? | Define Leopard's Intermediate Carpal as BACK. Define Monterey Bay Aquarium's Bone as BACK. Define Wolf Woods's Elephant as k; so k = 21. Define Wolf Woods's Animal as B; so B = k = 21. Define Cheetah Run's Animal as BACK. Define Cheetah Run's Leopard as J; so J = B = 21. Define Hippopotamus's Bone as BACK. Define Aquarium of the Pacific's Bone as BACK. Define Bat Cave's Leopard as o; so o = 19 + J = 19 + 21 = 17. Define Leopard's Intermediate Carpal as T; so T = o = 17. Define Monterey Bay Aquarium's Bone as BACK. Define Leopard's Metacarpal V as v; so v = 16. Define Leopard's Bone as Q; so Q = v + T = 16 + 17 = 10. Define Ripley's Aquarium of Canada's Animal as BACK. Define Monterey Bay Aquarium's Cheetah Run as n; so n = Q = 10. Define Cheetah Run's Bone as BACK. Define Vancouver Aquarium's Enclosure as BACK. Define Monterey Bay Aquarium's Animal as BACK. Define Panda's Metacarpal I as h; so h = 11 + n = 11 + 10 = 21. Define Panda's Bone as K; so K = h = 21. | 21 | hard | 10 |
845 | The number of each Moth Metropolis's Alligator equals each Caterpillar Nursery's Animal. The number of each Caterpillar Nursery's Alligator equals the difference of each Honeybee Hive's Komodo Dragon and each Honeybee Hive's Alligator. The number of each Moth Metropolis's Komodo Dragon equals 6 more than the sum of each Honeybee Hive's Animal and each Caterpillar Nursery's Alligator. The number of each Moth Metropolis's Skink equals 4. The number of each Honeybee Hive's Komodo Dragon equals 1 more than each Moth Metropolis's Skink. The number of each Caterpillar Nursery's Komodo Dragon equals the sum of each Honeybee Hive's Animal and each Honeybee Hive's Komodo Dragon. The number of each Honeybee Hive's Alligator equals 11 more than each Moth Metropolis's Skink. How many Alligator does Moth Metropolis have? | Define Moth Metropolis's Skink as a; so a = 4. Define Moth Metropolis's Animal as BACK. Define Honeybee Hive's Komodo Dragon as F; so F = 1 + a = 1 + 4 = 5. Define Honeybee Hive's Alligator as E; so E = 11 + a = 11 + 4 = 15. Define Moth Metropolis's Animal as BACK. Define Honeybee Hive's Animal as m; so m = F + E = 5 + 15 = 20. Define Caterpillar Nursery's Alligator as r; so r = F - E = 5 - 15 = 13. Define Caterpillar Nursery's Komodo Dragon as K; so K = m + F = 20 + 5 = 2. Define Caterpillar Nursery's Animal as M; so M = K + r = 2 + 13 = 15. Define Moth Metropolis's Animal as BACK. Define Moth Metropolis's Alligator as k; so k = M = 15. | 15 | med | 8 |
846 | The number of each Flamingo's Neural Spines equals 21. The number of each Crow's Neural Spines equals each Crow's Prezygapophyses. The number of each Swan's Proximal Radials equals 16. The number of each Swan's Prezygapophyses equals each Flamingo's Proximal Radials. The number of each Crow's Hypurals equals 15 more than each Flamingo's Hypurals. The number of each Crow's Prezygapophyses equals each Swan's Proximal Radials. The number of each Sparrow's Prezygapophyses equals 11. The number of each Flamingo's Hypurals equals 14. The number of each Flamingo's Prezygapophyses equals each Crow's Prezygapophyses. The number of each Swan's Hypurals equals 7 times as much as each Flamingo's Hypurals. The number of each Sparrow's Proximal Radials equals the sum of each Swan's Prezygapophyses, each Swan's Neural Spines and each Sparrow's Prezygapophyses. The number of each Sparrow's Neural Spines equals 17 more than each Flamingo's Hypurals. The number of each Crow's Proximal Radials equals 16 times as much as the difference of each Flamingo's Neural Spines and each Flamingo's Proximal Radials. The number of each Sparrow's Hypurals equals 18 more than each Flamingo's Proximal Radials. The number of each Flamingo's Proximal Radials equals 11 more than each Swan's Proximal Radials. The number of each Swan's Neural Spines equals 3. How many Neural Spines does Swan have? | Define Crow's Proximal Radials as BACK. Define Swan's Neural Spines as X; so X = 3. | 3 | med | 1 |
847 | The number of each Valley View High's Cultural Studies Classroom equals the sum of each Valley View High's Dance Studio and each Dance Studio's Diaper Backpack. The number of each Dance Studio's Diaper Backpack equals 15 more than the sum of each Southgate Secondary's Classroom and each Southgate Secondary's Dance Studio. The number of each Cultural Studies Classroom's Diaper Backpack equals 0 more than each Cultural Studies Classroom's Tactical Backpack. The number of each Valley View High's Dance Studio equals 4 times as much as each Dance Studio's Diaper Backpack. The number of each Southgate Secondary's Dance Studio equals 1. The number of each Southgate Secondary's Cultural Studies Classroom equals 22. The number of each Dance Studio's Tactical Backpack equals each Valley View High's Cultural Studies Classroom. The number of each Cultural Studies Classroom's Tactical Backpack equals 8 more than each Dance Studio's Tactical Backpack. How many Backpack does Cultural Studies Classroom have? | Define Dance Studio's Tactical Backpack as BACK. Define Southgate Secondary's Cultural Studies Classroom as d; so d = 22. Define Southgate Secondary's Dance Studio as I; so I = 1. Define Southgate Secondary's Classroom as a; so a = I + d = 1 + 22 = 0. Define Dance Studio's Diaper Backpack as b; m = a + I = 0 + 1 = 1; so b = 15 + m = 15 + 1 = 16. Define Valley View High's Classroom as BACK. Define Southgate Secondary's Backpack as BACK. Define Dance Studio's Tactical Backpack as BACK. Define Cultural Studies Classroom's Backpack as BACK. Define Cultural Studies Classroom's Tactical Backpack as BACK. Define Valley View High's Backpack as BACK. Define Valley View High's Dance Studio as t; so t = 4 * b = 4 * 16 = 18. Define Valley View High's Cultural Studies Classroom as U; so U = t + b = 18 + 16 = 11. Define Dance Studio's Backpack as BACK. Define Cultural Studies Classroom's Backpack as BACK. Define Dance Studio's Tactical Backpack as L; so L = U = 11. Define Cultural Studies Classroom's Tactical Backpack as B; so B = 8 + L = 8 + 11 = 19. Define Southgate Secondary's Backpack as BACK. Define Cultural Studies Classroom's Diaper Backpack as Y; so Y = 0 + B = 0 + 19 = 19. Define Cultural Studies Classroom's Backpack as O; so O = B + Y = 19 + 19 = 15. | 15 | hard | 11 |
848 | The number of each Knee Joint's Hemocytoblasts equals each Wrist Joint's Macrophages. The number of each Pampas's Gonium equals the difference of each Northern Grassland's Trichomonas and each Northern Grassland's Creatures. The number of each Cartilage's Plasma Cells equals the sum of each Highland Grassland's Staphylococcus and each Gonium's Cartilage. The number of each Pampas's Staphylococcus equals 19. The number of each Knee Joint's Macrophages equals 6. The number of each Trichomonas's Knee Joint equals each Northern Grassland's Staphylococcus. The number of each Wrist Joint's Macrophages equals 14. The number of each Highland Grassland's Gonium equals 7 more than each Northern Grassland's Trichomonas. The number of each Highland Grassland's Staphylococcus equals 18. The number of each Gonium's Wrist Joint equals the sum of each Trichomonas's Cartilage, each Trichomonas's Wrist Joint and each Highland Grassland's Trichomonas. The number of each Staphylococcus's Wrist Joint equals the difference of each Staphylococcus's Cartilage and each Highland Grassland's Gonium. The number of each Cartilage's Hemocytoblasts equals each Gonium's Organs. The number of each Pampas's Trichomonas equals 10 more than each Northern Grassland's Trichomonas. The number of each Gonium's Cartilage equals 8. The number of each Highland Grassland's Trichomonas equals the sum of each Northern Grassland's Creatures, each Staphylococcus's Knee Joint, each Gonium's Cartilage and each Northern Grassland's Trichomonas. The number of each Staphylococcus's Knee Joint equals 22 times as much as each Northern Grassland's Trichomonas. The number of each Northern Grassland's Staphylococcus equals 15. The number of each Northern Grassland's Trichomonas equals each Northern Grassland's Staphylococcus. The number of each Staphylococcus's Cartilage equals 13 times as much as each Highland Grassland's Gonium. The number of each Cartilage's Macrophages equals 12. The number of each Trichomonas's Cartilage equals the difference of each Staphylococcus's Wrist Joint and each Staphylococcus's Knee Joint. The number of each Trichomonas's Wrist Joint equals each Gonium's Cartilage. How many Organs does Staphylococcus have? | Define Northern Grassland's Staphylococcus as f; so f = 15. Define Pampas's Creatures as BACK. Define Trichomonas's Organs as BACK. Define Staphylococcus's Cells as BACK. Define Northern Grassland's Trichomonas as x; so x = f = 15. Define Highland Grassland's Gonium as A; so A = 7 + x = 7 + 15 = 22. Define Wrist Joint's Cells as BACK. Define Staphylococcus's Cartilage as C; so C = 13 * A = 13 * 22 = 10. Define Staphylococcus's Wrist Joint as b; so b = C - A = 10 - 22 = 11. Define Staphylococcus's Knee Joint as k; so k = 22 * x = 22 * 15 = 8. Define Gonium's Wrist Joint as BACK. Define Staphylococcus's Organs as t; O = b + C = 11 + 10 = 21; so t = O + k = 21 + 8 = 6. | 6 | hard | 8 |
849 | The number of each Bois de Boulogne in Paris's Euglena equals 8 times as much as the sum of each Griffith Park in Los Angeles's Vorticella, each Yoyogi Park in Tokyo's Vorticella and each Griffith Park in Los Angeles's Euglena. The number of each Bois de Boulogne in Paris's Tardigrade equals 15 more than the sum of each Griffith Park in Los Angeles's Vorticella, each Yoyogi Park in Tokyo's Vorticella and each Yoyogi Park in Tokyo's Tardigrade. The number of each Yoyogi Park in Tokyo's Vorticella equals 12 times as much as each Griffith Park in Los Angeles's Vorticella. The number of each Griffith Park in Los Angeles's Vorticella equals 3. The number of each Griffith Park in Los Angeles's Tardigrade equals 14. The number of each Yoyogi Park in Tokyo's Tardigrade equals 5. The number of each Bois de Boulogne in Paris's Vorticella equals each Yoyogi Park in Tokyo's Tardigrade. The number of each Yoyogi Park in Tokyo's Euglena equals 18. The number of each Griffith Park in Los Angeles's Euglena equals 15 more than each Griffith Park in Los Angeles's Vorticella. How many Vorticella does Bois de Boulogne in Paris have? | Define Bois de Boulogne in Paris's Euglena as BACK. Define Yoyogi Park in Tokyo's Vorticella as BACK. Define Yoyogi Park in Tokyo's Creatures as BACK. Define Griffith Park in Los Angeles's Euglena as BACK. Define Yoyogi Park in Tokyo's Tardigrade as W; so W = 5. Define Bois de Boulogne in Paris's Creatures as BACK. Define Bois de Boulogne in Paris's Vorticella as T; so T = W = 5. | 5 | med | 2 |
850 | The number of each Westbrook University's Social Work Classroom equals 10 times as much as the sum of each Sunnydale University's International Relations Classroom and each North Star University's Social Work Classroom. The number of each Sunnydale University's International Relations Classroom equals 16. The number of each North Star University's Social Work Classroom equals 22. The number of each Sunnydale University's Social Work Classroom equals each Westbrook University's Classroom. The number of each North Star University's International Relations Classroom equals each Westbrook University's International Relations Classroom. The number of each Westbrook University's Archeology Lab equals 10 times as much as the sum of each Sunnydale University's International Relations Classroom, each North Star University's Social Work Classroom and each Westbrook University's Social Work Classroom. The number of each North Star University's Archeology Lab equals the sum of each Sunnydale University's International Relations Classroom and each Westbrook University's Social Work Classroom. The number of each Westbrook University's International Relations Classroom equals 17. How many International Relations Classroom does Westbrook University have? | Define Westbrook University's Classroom as BACK. Define Westbrook University's International Relations Classroom as C; so C = 17. | 17 | med | 1 |
851 | The number of each Moremi Game Reserve's Bat Cave equals 13 more than each Moremi Game Reserve's Tiger Territory. The number of each Bat Cave's Flounder equals the sum of each Bat Cave's Mahi Mahi and each Ngorongoro Conservation Area's Enclosure. The number of each Bat Cave's Mahi Mahi equals 8. The number of each Ngorongoro Conservation Area's Tiger Territory equals 5 times as much as each Bat Cave's Mahi Mahi. The number of each Moremi Game Reserve's Tiger Territory equals 10. The number of each Tiger Territory's Trout equals 20. How many Mahi Mahi does Bat Cave have? | Define Bat Cave's Mahi Mahi as W; so W = 8. | 8 | med | 1 |
852 | The number of each Beetle Bungalow's Elephant equals each Ant Farm's Otter. The number of each Ant Farm's Deer equals 5 times as much as the difference of each Kuala Lumpur Bird Park's Beetle Bungalow and each Ladybug Loft's Deer. The number of each World of Birds's Beetle Bungalow equals 6 more than the sum of each Ladybug Loft's Deer, each Ant Farm's Animal and each Monte Casino Bird Park's Ladybug Loft. The number of each Beetle Bungalow's Otter equals 16 more than each Ant Farm's Animal. The number of each Kuala Lumpur Bird Park's Ladybug Loft equals 14. The number of each Ant Farm's Elephant equals 4 more than the difference of each Ladybug Loft's Deer and each Monte Casino Bird Park's Ladybug Loft. The number of each Monte Casino Bird Park's Ant Farm equals each Ladybug Loft's Elephant. The number of each World of Birds's Ant Farm equals 15 times as much as each Ladybug Loft's Elephant. The number of each Monte Casino Bird Park's Ladybug Loft equals 16. The number of each Ladybug Loft's Otter equals the sum of each Beetle Bungalow's Otter and each Ant Farm's Elephant. The number of each Monte Casino Bird Park's Beetle Bungalow equals the sum of each Ant Farm's Elephant and each Ladybug Loft's Deer. The number of each Ant Farm's Otter equals each Ant Farm's Deer. The number of each Ladybug Loft's Deer equals each Monte Casino Bird Park's Ladybug Loft. The number of each Ladybug Loft's Elephant equals 3. The number of each Kuala Lumpur Bird Park's Beetle Bungalow equals each Monte Casino Bird Park's Beetle Bungalow. How many Otter does Ant Farm have? | Define Ladybug Loft's Animal as BACK. Define Monte Casino Bird Park's Ladybug Loft as V; so V = 16. Define Ladybug Loft's Deer as T; so T = V = 16. Define Ant Farm's Elephant as O; S = T - V = 16 - 16 = 0; so O = 4 + S = 4 + 0 = 4. Define Kuala Lumpur Bird Park's Enclosure as BACK. Define Monte Casino Bird Park's Ant Farm as BACK. Define Monte Casino Bird Park's Beetle Bungalow as u; so u = O + T = 4 + 16 = 20. Define Ladybug Loft's Animal as BACK. Define Kuala Lumpur Bird Park's Beetle Bungalow as q; so q = u = 20. Define Ladybug Loft's Animal as BACK. Define Ant Farm's Deer as m; I = q - T = 20 - 16 = 4; so m = 5 * I = 5 * 4 = 20. Define Ant Farm's Otter as A; so A = m = 20. | 20 | hard | 9 |
853 | The number of each Oceanografic's Aquarium equals 11 more than the difference of each Seattle Aquarium's Aquarium and each Ray Pool's Sparrow. The number of each National Aquarium's Ray Pool equals 21. The number of each Freshwater Fish Exhibit's Dove equals each Ray Pool's Animal. The number of each Ray Pool's Sparrow equals 13. The number of each Seattle Aquarium's Freshwater Fish Exhibit equals 20 more than each National Aquarium's Aquarium. The number of each Oceanografic's Crustacean Cove equals 18 more than the sum of each Ray Pool's Sparrow, each Seattle Aquarium's Aquarium and each Oceanografic's Aquarium. The number of each Freshwater Fish Exhibit's Woodpecker equals 16. The number of each Freshwater Fish Exhibit's Sparrow equals the sum of each National Aquarium's Aquarium and each Aquarium's Dove. The number of each Aquarium's Dove equals 3 times as much as each Seattle Aquarium's Freshwater Fish Exhibit. The number of each Seattle Aquarium's Aquarium equals 1 more than each Ray Pool's Sparrow. The number of each National Aquarium's Aquarium equals 9. The number of each Ray Pool's Dove equals 19. The number of each Seattle Aquarium's Ray Pool equals each Aquarium's Dove. The number of each Aquarium's Sparrow equals 12 more than the sum of each Oceanografic's Enclosure, each Oceanografic's Aquarium and each Ray Pool's Sparrow. The number of each Crustacean Cove's Woodpecker equals each Oceanografic's Aquarium. How many Sparrow does Aquarium have? | Define Ray Pool's Sparrow as A; so A = 13. Define Seattle Aquarium's Aquarium as S; so S = 1 + A = 1 + 13 = 14. Define Seattle Aquarium's Freshwater Fish Exhibit as BACK. Define Oceanografic's Aquarium as o; n = S - A = 14 - 13 = 1; so o = 11 + n = 11 + 1 = 12. Define National Aquarium's Animal as BACK. Define Aquarium's Dove as BACK. Define Oceanografic's Crustacean Cove as q; O = A + S = 13 + 14 = 4; v = O + o = 4 + 12 = 16; so q = 18 + v = 18 + 16 = 11. Define Oceanografic's Enclosure as y; so y = q + o = 11 + 12 = 0. Define National Aquarium's Animal as BACK. Define Aquarium's Sparrow as T; V = y + o = 0 + 12 = 12; F = V + A = 12 + 13 = 2; so T = 12 + F = 12 + 2 = 14. | 14 | hard | 11 |
854 | The number of each Hawk Haven's Salamander equals each San Diego Insectarium's Parrot Paradise. The number of each Insectarium of Dallas's Hawk Haven equals each Hawk Haven's Salamander. The number of each Parrot Paradise's Tiger Salamander equals 11 times as much as the difference of each Tiger Salamander's Caudal Fin Rays and each Hawk Haven's Salamander. The number of each Insectarium of Dallas's Parrot Paradise equals 22 more than the sum of each Salamander's Caudal Fin Rays, each Tiger Salamander's Basal Plate and each Tiger Salamander's Bone. The number of each Tiger Salamander's Caudal Fin Rays equals the sum of each Hawk Haven's Animal and each San Diego Insectarium's Parrot Paradise. The number of each San Diego Insectarium's Parrot Paradise equals each Tiger Salamander's Basal Plate. The number of each Salamander's Basal Plate equals 2. The number of each Tiger Salamander's Basal Plate equals 14. The number of each Salamander's Caudal Fin Rays equals 9 more than the sum of each Parrot Paradise's Animal, each Hawk Haven's Animal and each Tiger Salamander's Basal Plate. How many Caudal Fin Rays does Salamander have? | Define Insectarium of Dallas's Enclosure as BACK. Define San Diego Insectarium's Bone as BACK. Define Tiger Salamander's Basal Plate as W; so W = 14. Define Tiger Salamander's Bone as BACK. Define San Diego Insectarium's Parrot Paradise as Z; so Z = W = 14. Define Hawk Haven's Salamander as S; so S = Z = 14. Define Salamander's Bone as BACK. Define Parrot Paradise's Bone as BACK. Define Parrot Paradise's Tiger Salamander as BACK. Define Hawk Haven's Animal as x; so x = S = 14. Define Tiger Salamander's Caudal Fin Rays as R; so R = x + Z = 14 + 14 = 5. Define Insectarium of Dallas's Bone as BACK. Define Parrot Paradise's Animal as BACK. Define Parrot Paradise's Tiger Salamander as h; Y = R - S = 5 - 14 = 14; so h = 11 * Y = 11 * 14 = 16. Define Insectarium of Dallas's Bone as BACK. Define Parrot Paradise's Animal as I; so I = h = 16. Define Insectarium of Dallas's Parrot Paradise as BACK. Define Hawk Haven's Bone as BACK. Define Salamander's Caudal Fin Rays as A; j = I + x = 16 + 14 = 7; V = j + W = 7 + 14 = 21; so A = 9 + V = 9 + 21 = 7. | 7 | med | 11 |
855 | The number of each Ueno Park in Tokyo's Walrus equals 12 more than each Lumphini Park in Bangkok's Sea Turtle. The number of each Lumphini Park in Bangkok's Sea Turtle equals 2. The number of each Lumphini Park in Bangkok's Starfish equals each Ueno Park in Tokyo's Walrus. The number of each Ueno Park in Tokyo's Starfish equals 14 more than the difference of each Lumphini Park in Bangkok's Starfish and each Ueno Park in Tokyo's Walrus. The number of each Kings Park in Perth's Starfish equals each Ueno Park in Tokyo's Starfish. The number of each Lumphini Park in Bangkok's Walrus equals the sum of each Kings Park in Perth's Starfish, each Lumphini Park in Bangkok's Sea Turtle and each Lumphini Park in Bangkok's Starfish. How many Walrus does Lumphini Park in Bangkok have? | Define Lumphini Park in Bangkok's Walrus as BACK. Define Lumphini Park in Bangkok's Sea Turtle as l; so l = 2. Define Ueno Park in Tokyo's Walrus as D; so D = 12 + l = 12 + 2 = 14. Define Kings Park in Perth's Starfish as BACK. Define Lumphini Park in Bangkok's Creatures as BACK. Define Ueno Park in Tokyo's Starfish as BACK. Define Lumphini Park in Bangkok's Starfish as o; so o = D = 14. Define Lumphini Park in Bangkok's Walrus as BACK. Define Kings Park in Perth's Starfish as BACK. Define Lumphini Park in Bangkok's Creatures as BACK. Define Ueno Park in Tokyo's Starfish as s; x = o - D = 14 - 14 = 0; so s = 14 + x = 14 + 0 = 14. Define Kings Park in Perth's Creatures as BACK. Define Lumphini Park in Bangkok's Walrus as BACK. Define Lumphini Park in Bangkok's Creatures as BACK. Define Kings Park in Perth's Starfish as X; so X = s = 14. Define Lumphini Park in Bangkok's Creatures as BACK. Define Lumphini Park in Bangkok's Walrus as z; k = X + l = 14 + 2 = 16; so z = k + o = 16 + 14 = 7. | 7 | med | 8 |
856 | The number of each Criminology Classroom's Fashion Backpack equals 0. The number of each Insulated Backpack's Mechanical Pencil equals 16 times as much as each Insulated Backpack's Erasable Pen. The number of each Criminology Classroom's Hunting Backpack equals each Insulated Backpack's Mechanical Pencil. The number of each Public Relations Studio's Insulated Backpack equals 22 times as much as each Insulated Backpack's Brush Pen. The number of each Criminology Classroom's Gaming Backpack equals each Criminology Classroom's Hunting Backpack. The number of each Insulated Backpack's Text Marker equals 10. The number of each Insulated Backpack's Erasable Pen equals each Public Relations Studio's Insulated Backpack. The number of each Insulated Backpack's Brush Pen equals 8. How many Gaming Backpack does Criminology Classroom have? | Define Insulated Backpack's Brush Pen as Q; so Q = 8. Define Insulated Backpack's Stationery as BACK. Define Public Relations Studio's Insulated Backpack as W; so W = 22 * Q = 22 * 8 = 15. Define Insulated Backpack's Stationery as BACK. Define Insulated Backpack's Erasable Pen as k; so k = W = 15. Define Insulated Backpack's Mechanical Pencil as n; so n = 16 * k = 16 * 15 = 10. Define Criminology Classroom's Stationery as BACK. Define Criminology Classroom's Hunting Backpack as Z; so Z = n = 10. Define Insulated Backpack's Stationery as BACK. Define Criminology Classroom's Gaming Backpack as G; so G = Z = 10. | 10 | med | 6 |
857 | The number of each Cultural Studies Classroom's Climbing Backpack equals the difference of each Climbing Backpack's Stationery and each Ventilated Backpack's Pencil. The number of each Graphic Design Studio's Ventilated Backpack equals 14 more than the sum of each Racquet Backpack's Gel Pen, each Racquet Backpack's Whiteboard Marker and each Ventilated Backpack's Pencil. The number of each Climbing Backpack's Pencil equals 1. The number of each Anthropology Classroom's Racquet Backpack equals the sum of each Climbing Backpack's Gel Pen, each Ventilated Backpack's Pencil, each Ventilated Backpack's Erasable Pen and each Racquet Backpack's Erasable Pen. The number of each Anthropology Classroom's Climbing Backpack equals the sum of each Racquet Backpack's Erasable Pen and each Ventilated Backpack's Pencil. The number of each Ventilated Backpack's Erasable Pen equals 22 more than each Racquet Backpack's Erasable Pen. The number of each Ventilated Backpack's Whiteboard Marker equals 17. The number of each Racquet Backpack's Gel Pen equals 11. The number of each Cultural Studies Classroom's Ventilated Backpack equals 14 more than each Cultural Studies Classroom's Racquet Backpack. The number of each Racquet Backpack's Whiteboard Marker equals 3. The number of each Ventilated Backpack's Pencil equals 3. The number of each Racquet Backpack's Erasable Pen equals 9. The number of each Racquet Backpack's Pencil equals the sum of each Racquet Backpack's Whiteboard Marker and each Racquet Backpack's Gel Pen. The number of each Cultural Studies Classroom's Racquet Backpack equals 12 times as much as each Climbing Backpack's Erasable Pen. The number of each Anthropology Classroom's Ventilated Backpack equals the sum of each Racquet Backpack's Stationery, each Ventilated Backpack's Stationery, each Ventilated Backpack's Pencil and each Climbing Backpack's Stationery. The number of each Climbing Backpack's Erasable Pen equals 3. The number of each Climbing Backpack's Gel Pen equals the difference of each Racquet Backpack's Whiteboard Marker and each Cultural Studies Classroom's Racquet Backpack. The number of each Ventilated Backpack's Gel Pen equals 10. How many Erasable Pen does Climbing Backpack have? | Define Climbing Backpack's Erasable Pen as V; so V = 3. | 3 | med | 1 |
858 | The number of each Aldi's Canned Peas equals 0 more than the difference of each Carrefour's Canned Peas and each Carrefour's Canned Meats. The number of each Aldi's Canned Meats equals 22 times as much as the sum of each Aldi's Canned Peas, each Carrefour's Canned Meats and each Carrefour's Canned Peas. The number of each Carrefour's Canned Peas equals 20 more than each Carrefour's Canned Meats. The number of each Carrefour's Canned Meats equals 8. How many Canned Meats does Aldi have? | Define Carrefour's Canned Meats as K; so K = 8. Define Aldi's Product as BACK. Define Carrefour's Canned Peas as d; so d = 20 + K = 20 + 8 = 5. Define Aldi's Product as BACK. Define Aldi's Canned Peas as Y; x = d - K = 5 - 8 = 20; so Y = 0 + x = 0 + 20 = 20. Define Aldi's Canned Meats as z; E = Y + K = 20 + 8 = 5; j = E + d = 5 + 5 = 10; so z = 22 * j = 22 * 10 = 13. | 13 | med | 7 |
859 | The number of each Restaurant District's FreshDirect equals 1. The number of each Bigbasket's Hummus equals each Legal District's FreshDirect. The number of each FreshDirect's Hummus equals each Yogurt Covered Raisins's Ground Beef. The number of each Legal District's Bigbasket equals the sum of each Research Park's Bigbasket and each Restaurant District's Ingredient. The number of each Legal District's FreshDirect equals 15 times as much as each Hummus's Ground Beef. The number of each Bigbasket's Yogurt Covered Raisins equals the sum of each Research Park's FreshDirect and each Restaurant District's FreshDirect. The number of each Hummus's Ground Beef equals 8. The number of each Yogurt Covered Raisins's Pork Chop equals 11 times as much as each Hummus's Pork Chop. The number of each Research Park's Bigbasket equals 13 times as much as the difference of each Yogurt Covered Raisins's Pork Chop and each Hummus's Pork Chop. The number of each Research Park's FreshDirect equals 22. The number of each Yogurt Covered Raisins's Ground Beef equals 2 times as much as each Yogurt Covered Raisins's Pork Chop. The number of each FreshDirect's Yogurt Covered Raisins equals 13. The number of each Hummus's Chicken Wing equals 8 times as much as each Hummus's Ground Beef. The number of each Restaurant District's Bigbasket equals 16. The number of each Hummus's Pork Chop equals each Research Park's FreshDirect. How many Ingredient does Yogurt Covered Raisins have? | Define Restaurant District's Product as BACK. Define Research Park's FreshDirect as h; so h = 22. Define Bigbasket's Ingredient as BACK. Define Restaurant District's Product as BACK. Define Research Park's Product as BACK. Define Hummus's Pork Chop as K; so K = h = 22. Define Legal District's Product as BACK. Define Legal District's Bigbasket as BACK. Define Restaurant District's Supermarket as BACK. Define Bigbasket's Yogurt Covered Raisins as BACK. Define Yogurt Covered Raisins's Pork Chop as H; so H = 11 * K = 11 * 22 = 12. Define Yogurt Covered Raisins's Ground Beef as v; so v = 2 * H = 2 * 12 = 1. Define Yogurt Covered Raisins's Ingredient as p; so p = H + v = 12 + 1 = 13. | 13 | med | 5 |
860 | The number of each Coral's Hippocampus equals 21 times as much as each Puffer Fish's Occipital Lobe. The number of each Crab's Occipital Lobe equals 4 more than each Coral's Organs. The number of each Coral's Frontal Lobe equals each Puffer Fish's Occipital Lobe. The number of each Coral's Occipital Lobe equals 15 more than each Puffer Fish's Occipital Lobe. The number of each Puffer Fish's Occipital Lobe equals 14. The number of each Crab's Frontal Lobe equals 16 more than the sum of each Crab's Occipital Lobe, each Crab's Hippocampus and each Coral's Frontal Lobe. The number of each Crab's Hippocampus equals 18. How many Occipital Lobe does Crab have? | Define Coral's Organs as BACK. Define Puffer Fish's Occipital Lobe as a; so a = 14. Define Coral's Occipital Lobe as c; so c = 15 + a = 15 + 14 = 6. Define Coral's Frontal Lobe as B; so B = a = 14. Define Coral's Organs as BACK. Define Coral's Hippocampus as A; so A = 21 * a = 21 * 14 = 18. Define Crab's Occipital Lobe as BACK. Define Crab's Frontal Lobe as BACK. Define Coral's Organs as H; C = A + B = 18 + 14 = 9; so H = C + c = 9 + 6 = 15. Define Crab's Organs as BACK. Define Crab's Occipital Lobe as J; so J = 4 + H = 4 + 15 = 19. | 19 | med | 7 |
861 | The number of each Travel Daypack's Watercolor Paint equals each Rucksack's Ink Bottle. The number of each Travel Daypack's Clay equals 22 times as much as the difference of each Travel Daypack's Watercolor Paint and each Carry-On Backpack's Ink Bottle. The number of each Rucksack's Watercolor Paint equals the sum of each Rucksack's Clay and each Travel Daypack's Watercolor Paint. The number of each Carry-On Backpack's Ink Bottle equals 5. The number of each Rucksack's Clay equals the sum of each Rucksack's Ink Bottle and each Travel Daypack's Watercolor Paint. The number of each Carry-On Backpack's Clay equals 1. The number of each Travel Daypack's Ink Bottle equals 5. The number of each Carry-On Backpack's Watercolor Paint equals each Carry-On Backpack's Clay. The number of each Rucksack's Ink Bottle equals each Carry-On Backpack's Ink Bottle. How many Clay does Travel Daypack have? | Define Carry-On Backpack's Ink Bottle as S; so S = 5. Define Rucksack's Watercolor Paint as BACK. Define Rucksack's Ink Bottle as E; so E = S = 5. Define Travel Daypack's Watercolor Paint as A; so A = E = 5. Define Travel Daypack's Clay as d; W = A - S = 5 - 5 = 0; so d = 22 * W = 22 * 0 = 0. | 0 | med | 5 |
862 | The number of each Harbortown University's Aerobics Studio equals each Westbrook University's Classroom. The number of each Westbrook University's Yoga Studio equals 10 times as much as each Packable Travel Backpack's Pencil. The number of each Packable Travel Backpack's Pencil equals 14 more than each Aerobics Studio's Packable Travel Backpack. The number of each Aerobics Studio's Packable Travel Backpack equals 19. The number of each Ultralight Backpack's Rollerball Pen equals the difference of each Yoga Studio's Ultralight Backpack and each Packable Travel Backpack's Rollerball Pen. The number of each Packable Travel Backpack's Rollerball Pen equals each Yoga Studio's Ultralight Backpack. The number of each Aerobics Studio's Ultralight Backpack equals 10. The number of each Yoga Studio's Ultralight Backpack equals each Aerobics Studio's Ultralight Backpack. The number of each Yoga Studio's Packable Travel Backpack equals each Aerobics Studio's Ultralight Backpack. The number of each Ultralight Backpack's Pencil equals 6 more than each Yoga Studio's Ultralight Backpack. The number of each Harbortown University's Yoga Studio equals the sum of each Aerobics Studio's Ultralight Backpack, each Aerobics Studio's Backpack and each Harbortown University's Aerobics Studio. How many Aerobics Studio does Harbortown University have? | Define Yoga Studio's Backpack as BACK. Define Aerobics Studio's Packable Travel Backpack as s; so s = 19. Define Packable Travel Backpack's Pencil as t; so t = 14 + s = 14 + 19 = 10. Define Westbrook University's Backpack as BACK. Define Westbrook University's Yoga Studio as E; so E = 10 * t = 10 * 10 = 8. Define Westbrook University's Classroom as R; so R = E = 8. Define Harbortown University's Aerobics Studio as W; so W = R = 8. | 8 | med | 5 |
863 | The number of each Mobile Home Park's Grofers equals the sum of each Beach Homes's Grofers and each Beach Homes's Supermarket. The number of each Beach Homes's Peapod equals the sum of each Beach Homes's DoorDash and each Mobile Home Park's Peapod. The number of each Mobile Home Park's DoorDash equals 9 more than the sum of each Beach Homes's Supermarket, each Bungalow Colony's Supermarket and each Beach Homes's DoorDash. The number of each Beach Homes's DoorDash equals 1 more than each Mobile Home Park's Peapod. The number of each Bungalow Colony's Peapod equals 11 times as much as each Beach Homes's Supermarket. The number of each Beach Homes's Grofers equals 15 more than each Beach Homes's Peapod. The number of each Bungalow Colony's Grofers equals 11. The number of each Bungalow Colony's DoorDash equals 9. The number of each Mobile Home Park's Peapod equals 17 times as much as each Bungalow Colony's Grofers. How many Grofers does Beach Homes have? | Define Bungalow Colony's Grofers as B; so B = 11. Define Bungalow Colony's Peapod as BACK. Define Mobile Home Park's Grofers as BACK. Define Mobile Home Park's Peapod as M; so M = 17 * B = 17 * 11 = 3. Define Beach Homes's DoorDash as v; so v = 1 + M = 1 + 3 = 4. Define Beach Homes's Peapod as J; so J = v + M = 4 + 3 = 7. Define Beach Homes's Supermarket as BACK. Define Beach Homes's Grofers as c; so c = 15 + J = 15 + 7 = 22. | 22 | hard | 5 |
864 | The number of each Tortoise's Humerus equals 19. The number of each Iguana's Humerus equals each Rhinoceros Pen's Chameleon. The number of each Bear Den's Iguana equals 6. The number of each Tortoise's Radius equals the difference of each Tortoise's Humerus and each Rhinoceros Pen's Chameleon. The number of each Tortoise's Proximal Phalanges equals 3. The number of each Rhinoceros Pen's Chameleon equals 9 more than each Rhinoceros Pen's Iguana. The number of each Iguana's Proximal Phalanges equals 16 times as much as the difference of each Rhinoceros Pen's Iguana and each Zebra Paddock's Animal. The number of each Zebra Paddock's Iguana equals the sum of each Rhinoceros Pen's Tortoise and each Iguana's Radius. The number of each Chameleon's Humerus equals each Zebra Paddock's Tortoise. The number of each Zebra Paddock's Chameleon equals each Rhinoceros Pen's Iguana. The number of each Rhinoceros Pen's Iguana equals each Iguana's Radius. The number of each Chameleon's Proximal Phalanges equals 12. The number of each Chameleon's Radius equals 11 more than the difference of each Rhinoceros Pen's Chameleon and each Rhinoceros Pen's Iguana. The number of each Zebra Paddock's Tortoise equals 19. The number of each Iguana's Radius equals 16. The number of each Bear Den's Chameleon equals each Zebra Paddock's Chameleon. The number of each Rhinoceros Pen's Tortoise equals 15 times as much as each Bear Den's Iguana. The number of each Bear Den's Tortoise equals each Rhinoceros Pen's Iguana. How many Tortoise does Rhinoceros Pen have? | Define Zebra Paddock's Animal as BACK. Define Chameleon's Humerus as BACK. Define Bear Den's Iguana as s; so s = 6. Define Rhinoceros Pen's Tortoise as I; so I = 15 * s = 15 * 6 = 21. | 21 | hard | 2 |
865 | The number of each Hluhluwe-Imfolozi Park's Flamingo Lagoon equals 10. The number of each Ruaha National Park's Aviary equals 9 more than the difference of each Lake Nakuru National Park's Flamingo Lagoon and each Hluhluwe-Imfolozi Park's Owl Forest. The number of each Lake Nakuru National Park's Condor Cliff equals 13 times as much as the difference of each Serengeti National Park's Aviary and each Serengeti National Park's Enclosure. The number of each Lake Nakuru National Park's Owl Forest equals 11 times as much as the difference of each Ruaha National Park's Owl Forest and each Ruaha National Park's Flamingo Lagoon. The number of each Hluhluwe-Imfolozi Park's Aviary equals each Hluhluwe-Imfolozi Park's Condor Cliff. The number of each Ruaha National Park's Condor Cliff equals 6 times as much as each Hluhluwe-Imfolozi Park's Condor Cliff. The number of each Serengeti National Park's Flamingo Lagoon equals each Ruaha National Park's Flamingo Lagoon. The number of each Hluhluwe-Imfolozi Park's Owl Forest equals 15 more than the difference of each Hluhluwe-Imfolozi Park's Condor Cliff and each Ruaha National Park's Condor Cliff. The number of each Ruaha National Park's Flamingo Lagoon equals 16. The number of each Serengeti National Park's Aviary equals 15 times as much as the sum of each Lake Nakuru National Park's Aviary, each Ruaha National Park's Owl Forest and each Lake Nakuru National Park's Owl Forest. The number of each Lake Nakuru National Park's Flamingo Lagoon equals the sum of each Serengeti National Park's Condor Cliff, each Ruaha National Park's Condor Cliff and each Serengeti National Park's Aviary. The number of each Serengeti National Park's Condor Cliff equals the sum of each Serengeti National Park's Aviary, each Ruaha National Park's Flamingo Lagoon and each Ruaha National Park's Owl Forest. The number of each Hluhluwe-Imfolozi Park's Condor Cliff equals 8. The number of each Serengeti National Park's Owl Forest equals the sum of each Serengeti National Park's Condor Cliff and each Serengeti National Park's Aviary. The number of each Lake Nakuru National Park's Aviary equals each Lake Nakuru National Park's Owl Forest. The number of each Ruaha National Park's Owl Forest equals each Ruaha National Park's Flamingo Lagoon. How many Owl Forest does Serengeti National Park have? | Define Ruaha National Park's Flamingo Lagoon as l; so l = 16. Define Ruaha National Park's Owl Forest as Y; so Y = l = 16. Define Lake Nakuru National Park's Owl Forest as G; A = Y - l = 16 - 16 = 0; so G = 11 * A = 11 * 0 = 0. Define Lake Nakuru National Park's Aviary as R; so R = G = 0. Define Ruaha National Park's Condor Cliff as BACK. Define Serengeti National Park's Aviary as t; W = R + Y = 0 + 16 = 16; j = W + G = 16 + 0 = 16; so t = 15 * j = 15 * 16 = 10. Define Hluhluwe-Imfolozi Park's Owl Forest as BACK. Define Serengeti National Park's Owl Forest as BACK. Define Serengeti National Park's Condor Cliff as k; d = t + l = 10 + 16 = 3; so k = d + Y = 3 + 16 = 19. Define Hluhluwe-Imfolozi Park's Aviary as BACK. Define Lake Nakuru National Park's Condor Cliff as BACK. Define Serengeti National Park's Owl Forest as L; so L = k + t = 19 + 10 = 6. | 6 | hard | 11 |
866 | The number of each Medieval Town's Lazy Acres Natural Market equals 10. The number of each Cultural Landscape's Erewhon Market equals the sum of each Historic Downtown's Lazy Acres Natural Market, each PCC Community Markets's Canned Peaches, each Lazy Acres Natural Market's Canned Tomatoes and each Erewhon Market's Canned Chicken. The number of each Historic Downtown's PCC Community Markets equals 18 more than each Lazy Acres Natural Market's Canned Tomatoes. The number of each Natural Grocers's Canned Chicken equals 6 times as much as each Natural Grocers's Canned Peaches. The number of each Historic Downtown's Erewhon Market equals 11 times as much as the sum of each Medieval Town's Natural Grocers, each Erewhon Market's Canned Tomatoes and each Natural Grocers's Canned Tomatoes. The number of each Ancient City's Lazy Acres Natural Market equals 13. The number of each Natural Grocers's Canned Tomatoes equals 3 more than each Natural Grocers's Canned Peaches. The number of each Erewhon Market's Canned Fruits equals 6 times as much as the sum of each Erewhon Market's Canned Tomatoes, each Natural Grocers's Product and each Medieval Town's Natural Grocers. The number of each PCC Community Markets's Canned Tomatoes equals each Ancient City's Natural Grocers. The number of each Natural Grocers's Canned Peaches equals 22. The number of each PCC Community Markets's Canned Peaches equals 21 times as much as each Lazy Acres Natural Market's Canned Tomatoes. The number of each Historic Downtown's Lazy Acres Natural Market equals 21 more than the sum of each Lazy Acres Natural Market's Canned Tomatoes and each PCC Community Markets's Canned Peaches. The number of each Natural Grocers's Canned Fruits equals 16 more than the sum of each Natural Grocers's Canned Peaches and each Natural Grocers's Canned Chicken. The number of each Erewhon Market's Canned Tomatoes equals 11. The number of each Ancient City's Erewhon Market equals each Medieval Town's Natural Grocers. The number of each Cultural Landscape's Lazy Acres Natural Market equals each Natural Grocers's Product. The number of each Lazy Acres Natural Market's Canned Tomatoes equals 14. The number of each PCC Community Markets's Canned Fruits equals the sum of each Natural Grocers's Canned Tomatoes, each Erewhon Market's Canned Tomatoes, each Cultural Landscape's Lazy Acres Natural Market and each Ancient City's Natural Grocers. The number of each Ancient City's Natural Grocers equals 18 times as much as each Lazy Acres Natural Market's Canned Tomatoes. The number of each PCC Community Markets's Canned Chicken equals 19. The number of each Historic Downtown's Natural Grocers equals each Ancient City's Erewhon Market. The number of each Erewhon Market's Canned Chicken equals 9 more than each Lazy Acres Natural Market's Canned Tomatoes. The number of each Erewhon Market's Canned Peaches equals 7 times as much as the sum of each Natural Grocers's Product and each Natural Grocers's Canned Chicken. The number of each Cultural Landscape's PCC Community Markets equals 4 more than each Natural Grocers's Canned Fruits. The number of each Medieval Town's Natural Grocers equals each Cultural Landscape's Lazy Acres Natural Market. How many Erewhon Market does Ancient City have? | Define Historic Downtown's Erewhon Market as BACK. Define Cultural Landscape's Lazy Acres Natural Market as BACK. Define Historic Downtown's Supermarket as BACK. Define Natural Grocers's Canned Peaches as T; so T = 22. Define Cultural Landscape's Erewhon Market as BACK. Define Natural Grocers's Canned Chicken as B; so B = 6 * T = 6 * 22 = 17. Define Natural Grocers's Canned Tomatoes as J; so J = 3 + T = 3 + 22 = 2. Define Erewhon Market's Canned Fruits as BACK. Define Historic Downtown's Erewhon Market as BACK. Define Natural Grocers's Canned Fruits as q; g = T + B = 22 + 17 = 16; so q = 16 + g = 16 + 16 = 9. Define Cultural Landscape's Supermarket as BACK. Define Natural Grocers's Product as Z; Y = J + T = 2 + 22 = 1; W = Y + q = 1 + 9 = 10; so Z = W + B = 10 + 17 = 4. Define Cultural Landscape's Lazy Acres Natural Market as j; so j = Z = 4. Define Historic Downtown's Natural Grocers as BACK. Define Medieval Town's Natural Grocers as U; so U = j = 4. Define Historic Downtown's Natural Grocers as BACK. Define Ancient City's Erewhon Market as c; so c = U = 4. | 4 | hard | 11 |
867 | The number of each Cheetah's Esophagus equals each Wolf's Pylorus. The number of each Zebra's Pylorus equals 7. The number of each Cheetah's Rectum equals 16 times as much as each Anteater's Pylorus. The number of each Wolf's Esophagus equals the sum of each Cheetah's Esophagus and each Anteater's Pylorus. The number of each Anteater's Esophagus equals 17 times as much as the difference of each Anteater's Sigmoid Colon and each Zebra's Pylorus. The number of each Wolf's Rectum equals each Anteater's Sigmoid Colon. The number of each Wolf's Pylorus equals 7. The number of each Wolf's Sigmoid Colon equals 12. The number of each Zebra's Sigmoid Colon equals each Zebra's Pylorus. The number of each Zebra's Rectum equals each Zebra's Pylorus. The number of each Anteater's Rectum equals 1. The number of each Anteater's Pylorus equals each Wolf's Pylorus. The number of each Cheetah's Sigmoid Colon equals 16. The number of each Zebra's Esophagus equals each Cheetah's Esophagus. The number of each Cheetah's Pylorus equals 2 times as much as the difference of each Cheetah's Rectum and each Zebra's Sigmoid Colon. The number of each Anteater's Sigmoid Colon equals 11. How many Rectum does Cheetah have? | Define Anteater's Pylorus as BACK. Define Wolf's Pylorus as P; so P = 7. Define Wolf's Rectum as BACK. Define Anteater's Pylorus as E; so E = P = 7. Define Cheetah's Rectum as D; so D = 16 * E = 16 * 7 = 20. | 20 | hard | 3 |
868 | The number of each Commuter Backpack's Sticky Tape equals 1 more than each Briefcase Backpack's Correction Fluid. The number of each Briefcase Backpack's Sticky Tape equals each Briefcase Backpack's Correction Fluid. The number of each Briefcase Backpack's Correction Fluid equals 19. The number of each Commuter Backpack's Correction Fluid equals 1. The number of each Slim Work Backpack's Correction Fluid equals each Briefcase Backpack's Correction Fluid. The number of each Commuter Backpack's Binder Clip equals each Slim Work Backpack's Correction Fluid. The number of each Slim Work Backpack's Sticky Tape equals the sum of each Slim Work Backpack's Binder Clip, each Commuter Backpack's Sticky Tape and each Briefcase Backpack's Correction Fluid. The number of each Slim Work Backpack's Binder Clip equals 18 more than each Commuter Backpack's Sticky Tape. The number of each Briefcase Backpack's Binder Clip equals 8. How many Binder Clip does Briefcase Backpack have? | Define Briefcase Backpack's Binder Clip as d; so d = 8. | 8 | med | 1 |
869 | The number of each Arctic Ocean's Yeti equals each Arctic Ocean's Unicorn. The number of each Freshwater Lake's Hydra equals 11. The number of each Freshwater Lake's Unicorn equals each Arctic Ocean's Creatures. The number of each Wetland's Unicorn equals 5 times as much as each Wetland's Yeti. The number of each Wetland's Hydra equals each Wetland's Unicorn. The number of each Wetland's Yeti equals 18. The number of each Arctic Ocean's Hydra equals 7 times as much as the sum of each Arctic Ocean's Yeti and each Arctic Ocean's Unicorn. The number of each Arctic Ocean's Unicorn equals 16. The number of each Freshwater Lake's Yeti equals 21 times as much as the sum of each Arctic Ocean's Creatures and each Arctic Ocean's Hydra. How many Yeti does Freshwater Lake have? | Define Arctic Ocean's Unicorn as P; so P = 16. Define Arctic Ocean's Yeti as Y; so Y = P = 16. Define Arctic Ocean's Hydra as l; R = Y + P = 16 + 16 = 9; so l = 7 * R = 7 * 9 = 17. Define Arctic Ocean's Creatures as C; S = Y + P = 16 + 16 = 9; so C = S + l = 9 + 17 = 3. Define Freshwater Lake's Yeti as u; V = C + l = 3 + 17 = 20; so u = 21 * V = 21 * 20 = 6. | 6 | med | 8 |
870 | The number of each Lobster's Arterioles equals the sum of each Heart's Myocytes and each Lobster's Pulmonary Valve. The number of each Arterioles's Skeletal Muscle Cells equals 11. The number of each Lobster's Heart equals the sum of each Puffer Fish's Organs and each Walrus's Organs. The number of each Walrus's Arterioles equals 6. The number of each Lobster's Pulmonary Valve equals 1. The number of each Heart's Myocytes equals 13. The number of each Arterioles's Diaphragm Muscle Cells equals each Arterioles's Skeletal Muscle Cells. How many Cells does Walrus have? | Define Heart's Cells as BACK. Define Arterioles's Skeletal Muscle Cells as V; so V = 11. Define Arterioles's Diaphragm Muscle Cells as O; so O = V = 11. Define Arterioles's Cells as T; so T = V + O = 11 + 11 = 22. Define Walrus's Arterioles as s; so s = 6. Define Walrus's Cells as e; so e = s * T = 6 * 22 = 17. | 17 | med | 5 |
871 | The number of each Subtropical Grassland's Peregrine Falcon equals each Shortgrass Prairie's Creatures. The number of each Desert Fringe Grassland's Hummingbird equals 14. The number of each Flooded Grassland's Dragonfly equals 12. The number of each Flooded Grassland's Butterfly equals 18. The number of each Shortgrass Prairie's Dragonfly equals 22. The number of each Desert Fringe Grassland's Dragonfly equals 13. How many Peregrine Falcon does Subtropical Grassland have? | Define Flooded Grassland's Creatures as BACK. Define Shortgrass Prairie's Dragonfly as f; so f = 22. Define Subtropical Grassland's Peregrine Falcon as BACK. Define Desert Fringe Grassland's Creatures as BACK. Define Subtropical Grassland's Creatures as BACK. Define Flooded Grassland's Creatures as BACK. Define Shortgrass Prairie's Creatures as j; so j = f = 22. Define Flooded Grassland's Creatures as BACK. Define Subtropical Grassland's Peregrine Falcon as z; so z = j = 22. | 22 | hard | 3 |
872 | The number of each Safeway's Coffee equals the sum of each Safeway's Rice Milk and each Coffee's Corn. The number of each Beer's Oats equals each Rice Milk's Rice. The number of each Coffee's Corn equals the sum of each Preparatory School District's Safeway and each Beer's Oats. The number of each Primary School District's Waitrose equals 14 times as much as the sum of each Beer's Oats and each Rice Milk's Rice. The number of each Rice Milk's Rice equals 17. The number of each Preparatory School District's Safeway equals 22 more than the sum of each Primary School District's Ingredient, each Beer's Oats and each Primary School District's Waitrose. The number of each Kroger's Rice Milk equals each Preparatory School District's Kroger. The number of each Preparatory School District's Kroger equals the sum of each Coffee's Ingredient, each Primary School District's Ingredient, each Beer's Oats and each Waitrose's Ingredient. The number of each Safeway's Rice Milk equals the sum of each Coffee's Corn, each Language School District's Supermarket and each Rice Milk's Rice. The number of each Safeway's Beer equals the sum of each Rice Milk's Ingredient, each Kroger's Rice Milk, each Safeway's Rice Milk and each Coffee's Ingredient. How many Rice Milk does Kroger have? | Define Safeway's Coffee as BACK. Define Rice Milk's Rice as P; so P = 17. Define Kroger's Rice Milk as BACK. Define Preparatory School District's Kroger as BACK. Define Beer's Oats as G; so G = P = 17. Define Safeway's Ingredient as BACK. Define Primary School District's Waitrose as n; E = G + P = 17 + 17 = 11; so n = 14 * E = 14 * 11 = 16. Define Primary School District's Product as BACK. Define Preparatory School District's Supermarket as BACK. Define Waitrose's Ingredient as z; so z = 0. Define Preparatory School District's Ingredient as BACK. Define Primary School District's Ingredient as t; so t = n * z = 16 * 0 = 0. Define Primary School District's Product as BACK. Define Preparatory School District's Safeway as W; I = t + G = 0 + 17 = 17; L = I + n = 17 + 16 = 10; so W = 22 + L = 22 + 10 = 9. Define Kroger's Product as BACK. Define Coffee's Corn as f; so f = W + G = 9 + 17 = 3. Define Coffee's Ingredient as U; so U = f = 3. Define Preparatory School District's Kroger as Q; O = U + t = 3 + 0 = 3; m = O + G = 3 + 17 = 20; so Q = m + z = 20 + 0 = 20. Define Safeway's Rice Milk as BACK. Define Kroger's Rice Milk as j; so j = Q = 20. | 20 | med | 15 |
873 | The number of each Mixed Grass Prairie's Octopus equals 17 times as much as each Sea Urchin's Cells. The number of each Sea Urchin's Epiglottis equals each Epiglottis's Papillary Muscle Cells. The number of each Oropharynx's Extraocular Muscle Cells equals 18. The number of each Mixed Grass Prairie's Sea Urchin equals 10. The number of each Epiglottis's Papillary Muscle Cells equals 6 times as much as each Octopus's Cells. The number of each Veldt's Puffer Fish equals 0. The number of each Oropharynx's Cardiac Muscle Cells equals 17 more than each Sea Urchin's Epiglottis. The number of each Puffer Fish's Oropharynx equals each Oropharynx's Extraocular Muscle Cells. How many Cells does Mixed Grass Prairie have? | Define Mixed Grass Prairie's Organs as BACK. Define Sea Urchin's Organs as BACK. Define Puffer Fish's Oropharynx as BACK. Define Mixed Grass Prairie's Creatures as BACK. Define Octopus's Cells as q; so q = 0. Define Oropharynx's Cells as BACK. Define Puffer Fish's Cells as BACK. Define Epiglottis's Papillary Muscle Cells as d; so d = 6 * q = 6 * 0 = 0. Define Sea Urchin's Epiglottis as H; so H = d = 0. Define Puffer Fish's Organs as BACK. Define Mixed Grass Prairie's Organs as BACK. Define Epiglottis's Cells as w; so w = d = 0. Define Mixed Grass Prairie's Organs as BACK. Define Sea Urchin's Cells as V; so V = H * w = 0 * 0 = 0. Define Veldt's Creatures as BACK. Define Mixed Grass Prairie's Octopus as P; so P = 17 * V = 17 * 0 = 0. Define Mixed Grass Prairie's Sea Urchin as B; so B = 10. Define Mixed Grass Prairie's Cells as G; O = P * q = 0 * 0 = 0; Z = B * V = 10 * 0 = 0; so G = O + Z = 0 + 0 = 0. | 0 | hard | 10 |
874 | The number of each Capitol District's Dean's Natural Food Market equals 2. The number of each Embassy District's Dean's Natural Food Market equals the sum of each Embassy District's Jungle Jim's International Market, each Jungle Jim's International Market's Canned Corn and each Jungle Jim's International Market's Canned Beef. The number of each Capitol District's Erewhon Market equals 19. The number of each Embassy District's Lazy Acres Natural Market equals 2. The number of each Administrative District's Erewhon Market equals 21 times as much as each Embassy District's Lazy Acres Natural Market. The number of each Jungle Jim's International Market's Canned Corn equals 0. The number of each Jungle Jim's International Market's Canned Tuna equals 2 times as much as the sum of each Embassy District's Lazy Acres Natural Market, each Erewhon Market's Canned Corn and each Lazy Acres Natural Market's Canned Beef. The number of each Embassy District's Jungle Jim's International Market equals 1. The number of each Jungle Jim's International Market's Canned Beef equals 10. The number of each Embassy District's Erewhon Market equals 2 times as much as each Capitol District's Erewhon Market. The number of each Lazy Acres Natural Market's Canned Beef equals each Capitol District's Dean's Natural Food Market. The number of each Erewhon Market's Canned Beef equals each Jungle Jim's International Market's Canned Corn. The number of each Administrative District's Dean's Natural Food Market equals 13. The number of each Erewhon Market's Canned Corn equals 19. The number of each Dean's Natural Food Market's Canned Tuna equals 21. The number of each Administrative District's Jungle Jim's International Market equals each Jungle Jim's International Market's Canned Beef. The number of each Dean's Natural Food Market's Canned Beef equals 7. How many Erewhon Market does Embassy District have? | Define Lazy Acres Natural Market's Product as BACK. Define Capitol District's Erewhon Market as u; so u = 19. Define Embassy District's Erewhon Market as y; so y = 2 * u = 2 * 19 = 15. | 15 | hard | 2 |
875 | The number of each Arctic Ocean's Cerberus equals 20 times as much as the sum of each Hydrothermal Vent's Dragon and each River Ecosystem's Dragon. The number of each River Ecosystem's Cerberus equals 18 more than each Arctic Ocean's Kraken. The number of each Dragon's Appendix equals the sum of each Appendix's Papillary Muscle Cells, each Cerberus's Organs, each Cerberus's Pylorus and each Hydrothermal Vent's Dragon. The number of each River Ecosystem's Dragon equals 0. The number of each Kraken's Pylorus equals 17 times as much as the sum of each Pylorus's Papillary Muscle Cells, each Cerberus's Pylorus and each Cerberus's Appendix. The number of each Dragon's Pylorus equals 5. The number of each Cerberus's Pylorus equals 18. The number of each Arctic Ocean's Kraken equals 14 times as much as the sum of each Hydrothermal Vent's Dragon, each River Ecosystem's Dragon and each Arctic Ocean's Cerberus. The number of each River Ecosystem's Kraken equals 13 times as much as the sum of each Appendix's Papillary Muscle Cells, each Dragon's Appendix and each Arctic Ocean's Cerberus. The number of each Appendix's Papillary Muscle Cells equals the difference of each Pylorus's Papillary Muscle Cells and each Kraken's Pylorus. The number of each Pylorus's Pericytes equals each Kraken's Appendix. The number of each Hydrothermal Vent's Cerberus equals 13 more than the sum of each Arctic Ocean's Cerberus, each River Ecosystem's Dragon and each Appendix's Pericytes. The number of each Kraken's Appendix equals the sum of each Kraken's Pylorus and each River Ecosystem's Kraken. The number of each Hydrothermal Vent's Kraken equals 12 more than the difference of each Cerberus's Appendix and each Kraken's Organs. The number of each Cerberus's Appendix equals 11 times as much as each Cerberus's Pylorus. The number of each Appendix's Pericytes equals the sum of each Arctic Ocean's Kraken and each Arctic Ocean's Cerberus. The number of each Pylorus's Papillary Muscle Cells equals 15 more than the difference of each Cerberus's Appendix and each Cerberus's Pylorus. The number of each Hydrothermal Vent's Dragon equals 8. The number of each Arctic Ocean's Dragon equals 0. How many Pylorus does Kraken have? | Define Cerberus's Pylorus as d; so d = 18. Define Arctic Ocean's Cells as BACK. Define Pylorus's Papillary Muscle Cells as BACK. Define River Ecosystem's Creatures as BACK. Define Arctic Ocean's Cerberus as BACK. Define Appendix's Pericytes as BACK. Define Dragon's Cells as BACK. Define Cerberus's Organs as BACK. Define Cerberus's Appendix as h; so h = 11 * d = 11 * 18 = 14. Define Pylorus's Papillary Muscle Cells as D; g = h - d = 14 - 18 = 19; so D = 15 + g = 15 + 19 = 11. Define Arctic Ocean's Cells as BACK. Define River Ecosystem's Kraken as BACK. Define Kraken's Pylorus as L; i = D + d = 11 + 18 = 6; v = i + h = 6 + 14 = 20; so L = 17 * v = 17 * 20 = 18. | 18 | hard | 7 |
876 | The number of each Kuala Lumpur Bird Park's Cricket Chorus equals 13 times as much as the difference of each Tracy Aviary's Ladybug Loft and each Birds of Eden's Moth Metropolis. The number of each Bird Paradise Wildlife Park's Moth Metropolis equals each Birds of Eden's Cricket Chorus. The number of each Birds of Eden's Moth Metropolis equals 13. The number of each Tracy Aviary's Ladybug Loft equals each Birds of Eden's Moth Metropolis. The number of each Birds of Eden's Worm World equals 15. The number of each Kuala Lumpur Bird Park's Ladybug Loft equals 11 more than the sum of each Bird Paradise Wildlife Park's Ladybug Loft, each Tracy Aviary's Worm World and each Tracy Aviary's Moth Metropolis. The number of each Bird Paradise Wildlife Park's Cricket Chorus equals each Bird Paradise Wildlife Park's Moth Metropolis. The number of each Tracy Aviary's Moth Metropolis equals 17. The number of each Bird Paradise Wildlife Park's Ladybug Loft equals 3. The number of each Tracy Aviary's Worm World equals 5 times as much as each Bird Paradise Wildlife Park's Ladybug Loft. The number of each Bird Paradise Wildlife Park's Worm World equals 5. The number of each Birds of Eden's Cricket Chorus equals each Kuala Lumpur Bird Park's Cricket Chorus. The number of each Kuala Lumpur Bird Park's Moth Metropolis equals 6 more than the difference of each Kuala Lumpur Bird Park's Cricket Chorus and each Birds of Eden's Moth Metropolis. How many Moth Metropolis does Kuala Lumpur Bird Park have? | Define Bird Paradise Wildlife Park's Cricket Chorus as BACK. Define Kuala Lumpur Bird Park's Enclosure as BACK. Define Kuala Lumpur Bird Park's Cricket Chorus as BACK. Define Birds of Eden's Cricket Chorus as BACK. Define Kuala Lumpur Bird Park's Ladybug Loft as BACK. Define Kuala Lumpur Bird Park's Moth Metropolis as BACK. Define Birds of Eden's Moth Metropolis as t; so t = 13. Define Kuala Lumpur Bird Park's Moth Metropolis as BACK. Define Tracy Aviary's Ladybug Loft as l; so l = t = 13. Define Kuala Lumpur Bird Park's Cricket Chorus as U; f = l - t = 13 - 13 = 0; so U = 13 * f = 13 * 0 = 0. Define Kuala Lumpur Bird Park's Ladybug Loft as BACK. Define Kuala Lumpur Bird Park's Moth Metropolis as S; w = U - t = 0 - 13 = 10; so S = 6 + w = 6 + 10 = 16. | 16 | hard | 6 |
877 | The number of each Danishes's Grapefruit equals 14. The number of each Cinnamon Rolls's Pear equals 19 times as much as each Cinnamon Rolls's Grapefruit. The number of each Danishes's Pear equals 9. The number of each Cinnamon Rolls's Grapefruit equals 12. How many Pear does Danishes have? | Define Danishes's Pear as R; so R = 9. | 9 | hard | 1 |
878 | The number of each Snail Shellter's Owl equals 10. The number of each Moth Metropolis's Parrot equals 13. The number of each Moth Metropolis's Owl equals each Snail Shellter's Owl. The number of each Snail Shellter's Parrot equals 12 more than each Snail Shellter's Owl. How many Parrot does Moth Metropolis have? | Define Moth Metropolis's Animal as BACK. Define Moth Metropolis's Parrot as s; so s = 13. | 13 | med | 1 |
879 | The number of each NetLearn Institute's Anthropology Lab equals 0. The number of each NetLearn Institute's Communication Studies Room equals 17 more than each NetLearn Institute's Journalism Lab. The number of each GlobalNet University's Journalism Lab equals 4 more than each WebStudy University's Communication Studies Room. The number of each EduWeb Academy's Journalism Lab equals 15 more than each NetLearn Institute's Classroom. The number of each EduWeb Academy's Social Work Classroom equals the sum of each GlobalNet University's Classroom and each GlobalNet University's Journalism Lab. The number of each WebStudy University's Social Work Classroom equals 2 more than each NetLearn Institute's Classroom. The number of each WebStudy University's Journalism Lab equals 7. The number of each WebStudy University's Communication Studies Room equals 14. The number of each GlobalNet University's Anthropology Lab equals each GlobalNet University's Journalism Lab. The number of each NetLearn Institute's Journalism Lab equals 20 times as much as each EduWeb Academy's Social Work Classroom. The number of each WebStudy University's Anthropology Lab equals each EduWeb Academy's Social Work Classroom. How many Social Work Classroom does WebStudy University have? | Define WebStudy University's Communication Studies Room as S; so S = 14. Define GlobalNet University's Journalism Lab as T; so T = 4 + S = 4 + 14 = 18. Define GlobalNet University's Anthropology Lab as F; so F = T = 18. Define GlobalNet University's Classroom as j; so j = T + F = 18 + 18 = 13. Define NetLearn Institute's Communication Studies Room as BACK. Define EduWeb Academy's Social Work Classroom as a; so a = j + T = 13 + 18 = 8. Define NetLearn Institute's Journalism Lab as D; so D = 20 * a = 20 * 8 = 22. Define EduWeb Academy's Journalism Lab as BACK. Define NetLearn Institute's Communication Studies Room as E; so E = 17 + D = 17 + 22 = 16. Define WebStudy University's Classroom as BACK. Define NetLearn Institute's Anthropology Lab as G; so G = 0. Define NetLearn Institute's Classroom as x; U = D + G = 22 + 0 = 22; so x = U + E = 22 + 16 = 15. Define WebStudy University's Social Work Classroom as h; so h = 2 + x = 2 + 15 = 17. | 17 | hard | 11 |
880 | The number of each Granola Bars's Wheat equals 19. The number of each Granola Bars's Teff equals 14. The number of each Potato Chips's Teff equals 6 times as much as each Granola Bars's Teff. The number of each Potato Chips's Wheat equals 18. How many Wheat does Potato Chips have? | Define Granola Bars's Ingredient as BACK. Define Potato Chips's Wheat as p; so p = 18. | 18 | hard | 1 |
881 | The number of each Salt Marsh's Panda equals each Grizzly Bear's Pelvis. The number of each Kangaroo's Deltoid equals 22. The number of each Kangaroo's Humerus equals 15. The number of each River Ecosystem's Kangaroo equals 17. The number of each Salt Marsh's Grizzly Bear equals 1 times as much as each Salt Marsh's Panda. The number of each River Ecosystem's Grizzly Bear equals 20. The number of each Grizzly Bear's Pelvis equals 9. How many Organs does Salt Marsh have? | Define River Ecosystem's Creatures as BACK. Define Salt Marsh's Creatures as BACK. Define Salt Marsh's Organs as BACK. Define Kangaroo's Organs as BACK. Define Grizzly Bear's Pelvis as l; so l = 9. Define River Ecosystem's Organs as BACK. Define Salt Marsh's Grizzly Bear as BACK. Define Kangaroo's Organs as BACK. Define River Ecosystem's Creatures as BACK. Define Grizzly Bear's Organs as g; so g = l = 9. Define Panda's Organs as x; so x = 0. Define Salt Marsh's Panda as K; so K = l = 9. Define Salt Marsh's Grizzly Bear as T; so T = 1 * K = 1 * 9 = 9. Define Salt Marsh's Organs as W; I = T * g = 9 * 9 = 12; k = K * x = 9 * 0 = 0; so W = I + k = 12 + 0 = 12. | 12 | med | 8 |
882 | The number of each FreshDirect's Tea equals 13. The number of each Row Houses's DoorDash equals 20 times as much as each Beach Homes's FreshDirect. The number of each DoorDash's Tea equals 13 more than each FreshDirect's Tea. The number of each Beach Homes's DoorDash equals the sum of each Beach Homes's FreshDirect, each FreshDirect's Product and each Row Houses's Product. The number of each Row Houses's FreshDirect equals 16. The number of each FreshDirect's Rice Milk equals 6 times as much as each FreshDirect's Tea. The number of each Beach Homes's FreshDirect equals 18. How many Supermarket does Row Houses have? | Define DoorDash's Tea as BACK. Define Row Houses's FreshDirect as m; so m = 16. Define Beach Homes's FreshDirect as o; so o = 18. Define Row Houses's Product as BACK. Define FreshDirect's Rice Milk as BACK. Define DoorDash's Product as BACK. Define Row Houses's DoorDash as s; so s = 20 * o = 20 * 18 = 15. Define Row Houses's Supermarket as w; so w = m + s = 16 + 15 = 8. | 8 | med | 4 |
883 | The number of each The Fresh Market's Pies equals 19 more than each Dean's Natural Food Market's Product. The number of each Pies's Beef Steak equals each Tortillas's Beef Steak. The number of each Cakes's Pork Chop equals 3 times as much as each Dean's Natural Food Market's Pies. The number of each Dean's Natural Food Market's Tortillas equals 17 times as much as each Cakes's Pork Chop. The number of each Pies's Pork Chop equals each Erewhon Market's Cakes. The number of each The Fresh Market's Cakes equals the sum of each The Fresh Market's Tortillas and each Earth Fare's Pies. The number of each Earth Fare's Pies equals the sum of each Earth Fare's Cakes and each Cakes's Pork Chop. The number of each Erewhon Market's Pies equals each Erewhon Market's Cakes. The number of each Tortillas's Pork Chop equals each Cakes's Beef Steak. The number of each Erewhon Market's Cakes equals 14. The number of each Tortillas's Beef Steak equals each Erewhon Market's Cakes. The number of each Tortillas's Pepperoni equals each Tortillas's Pork Chop. The number of each Dean's Natural Food Market's Pies equals 15. The number of each Earth Fare's Cakes equals 6 more than each Dean's Natural Food Market's Pies. The number of each The Fresh Market's Tortillas equals 10 more than each Earth Fare's Product. The number of each Erewhon Market's Tortillas equals 8 times as much as the difference of each Cakes's Ingredient and each The Fresh Market's Pies. The number of each Cakes's Beef Steak equals 17 more than each The Fresh Market's Product. How many Pork Chop does Tortillas have? | Define Dean's Natural Food Market's Pies as w; so w = 15. Define Cakes's Pork Chop as f; so f = 3 * w = 3 * 15 = 22. Define Dean's Natural Food Market's Tortillas as W; so W = 17 * f = 17 * 22 = 6. Define Dean's Natural Food Market's Product as a; so a = W + w = 6 + 15 = 21. Define Tortillas's Beef Steak as BACK. Define Earth Fare's Cakes as K; so K = 6 + w = 6 + 15 = 21. Define Tortillas's Pork Chop as BACK. Define Cakes's Ingredient as BACK. Define The Fresh Market's Tortillas as BACK. Define The Fresh Market's Pies as T; so T = 19 + a = 19 + 21 = 17. Define Earth Fare's Pies as r; so r = K + f = 21 + 22 = 20. Define Earth Fare's Product as U; so U = r + K = 20 + 21 = 18. Define The Fresh Market's Tortillas as e; so e = 10 + U = 10 + 18 = 5. Define The Fresh Market's Cakes as p; so p = e + r = 5 + 20 = 2. Define Erewhon Market's Ingredient as BACK. Define The Fresh Market's Product as X; t = e + T = 5 + 17 = 22; so X = t + p = 22 + 2 = 1. Define Erewhon Market's Ingredient as BACK. Define Cakes's Ingredient as BACK. Define Dean's Natural Food Market's Ingredient as BACK. Define Pies's Ingredient as BACK. Define Cakes's Beef Steak as g; so g = 17 + X = 17 + 1 = 18. Define Tortillas's Pork Chop as Y; so Y = g = 18. | 18 | hard | 14 |
884 | The number of each Structural Engineering Lab's Anti-Theft Backpack equals 5. The number of each Structural Engineering Lab's Two-Strap Backpack equals 14 more than each Robotics Lab's Canvas Backpack. The number of each Pine Valley College's Engineering Workshop equals 5. The number of each Structural Engineering Lab's Canvas Backpack equals each Pine Valley College's Engineering Workshop. The number of each Robotics Lab's Canvas Backpack equals 19 more than each Engineering Workshop's Anti-Theft Backpack. The number of each Sunrise College's Engineering Workshop equals 9. The number of each Golden Gate College's Robotics Lab equals 12 more than each Robotics Lab's Canvas Backpack. The number of each Golden Gate College's Structural Engineering Lab equals 12 more than each Robotics Lab's Canvas Backpack. The number of each Robotics Lab's Two-Strap Backpack equals the sum of each Engineering Workshop's Canvas Backpack, each Structural Engineering Lab's Anti-Theft Backpack, each Sunrise College's Engineering Workshop and each Structural Engineering Lab's Two-Strap Backpack. The number of each Pine Valley College's Robotics Lab equals each Golden Gate College's Engineering Workshop. The number of each Golden Gate College's Engineering Workshop equals 6 more than the sum of each Engineering Workshop's Anti-Theft Backpack and each Robotics Lab's Canvas Backpack. The number of each Robotics Lab's Anti-Theft Backpack equals 13. The number of each Pine Valley College's Structural Engineering Lab equals the sum of each Sunrise College's Robotics Lab, each Engineering Workshop's Anti-Theft Backpack, each Golden Gate College's Engineering Workshop and each Structural Engineering Lab's Two-Strap Backpack. The number of each Sunrise College's Robotics Lab equals 18 more than the sum of each Engineering Workshop's Anti-Theft Backpack, each Robotics Lab's Canvas Backpack and each Golden Gate College's Engineering Workshop. The number of each Engineering Workshop's Anti-Theft Backpack equals 1. The number of each Engineering Workshop's Canvas Backpack equals 15. How many Engineering Workshop does Sunrise College have? | Define Sunrise College's Engineering Workshop as W; so W = 9. | 9 | hard | 1 |
885 | The number of each Sturdy Backpack's Notepad equals 4. The number of each Badminton Court's Waterproof School Backpack equals 15 times as much as the difference of each Badminton Court's Sturdy Backpack and each Waterproof School Backpack's Notepad. The number of each Sturdy Backpack's Construction Paper equals 11 more than each Sturdy Backpack's Notepad. The number of each Badminton Court's Sturdy Backpack equals 9. The number of each Waterproof School Backpack's Notepad equals 19. The number of each Basketball Court's Waterproof School Backpack equals 9 more than the sum of each Sturdy Backpack's Stationery, each Sturdy Backpack's Notepad and each Sturdy Backpack's Construction Paper. How many Waterproof School Backpack does Basketball Court have? | Define Sturdy Backpack's Notepad as j; so j = 4. Define Sturdy Backpack's Construction Paper as G; so G = 11 + j = 11 + 4 = 15. Define Sturdy Backpack's Stationery as m; so m = G + j = 15 + 4 = 19. Define Badminton Court's Stationery as BACK. Define Basketball Court's Waterproof School Backpack as d; Z = m + j = 19 + 4 = 0; b = Z + G = 0 + 15 = 15; so d = 9 + b = 9 + 15 = 1. | 1 | med | 6 |
886 | The number of each Briefcase Backpack's Calculator equals the sum of each Expandable Backpack's Calculator and each Expandable Backpack's Ink Refill. The number of each Laptop Professional Backpack's Paper Clip equals 1. The number of each Laptop Professional Backpack's Ink Refill equals the sum of each Laptop Professional Backpack's Calculator and each Briefcase Backpack's Ink Refill. The number of each Briefcase Backpack's Ink Refill equals each Expandable Backpack's Paper Clip. The number of each Expandable Backpack's Ink Refill equals 2 times as much as the sum of each Laptop Professional Backpack's Paper Clip and each Expandable Backpack's Calculator. The number of each Expandable Backpack's Calculator equals 21 more than each Laptop Professional Backpack's Paper Clip. The number of each Laptop Professional Backpack's Calculator equals each Briefcase Backpack's Ink Refill. The number of each Expandable Backpack's Paper Clip equals 19. The number of each Briefcase Backpack's Paper Clip equals the sum of each Briefcase Backpack's Ink Refill and each Laptop Professional Backpack's Stationery. How many Calculator does Laptop Professional Backpack have? | Define Briefcase Backpack's Stationery as BACK. Define Expandable Backpack's Paper Clip as Q; so Q = 19. Define Briefcase Backpack's Ink Refill as C; so C = Q = 19. Define Laptop Professional Backpack's Calculator as s; so s = C = 19. | 19 | med | 3 |
887 | The number of each Save-A-Lot's Hummus equals 17 more than the sum of each Food 4 Less's Product, each Food 4 Less's Beef Jerky and each Food 4 Less's Hummus. The number of each Food 4 Less's Beef Jerky equals 15. The number of each Food 4 Less's Hummus equals 14 times as much as each Food 4 Less's Beef Jerky. How many Product does Save-A-Lot have? | Define Food 4 Less's Beef Jerky as K; so K = 15. Define Food 4 Less's Product as BACK. Define Save-A-Lot's Hummus as BACK. Define Save-A-Lot's Product as BACK. Define Food 4 Less's Hummus as e; so e = 14 * K = 14 * 15 = 3. Define Save-A-Lot's Product as BACK. Define Save-A-Lot's Hummus as BACK. Define Food 4 Less's Product as X; so X = K + e = 15 + 3 = 18. Define Save-A-Lot's Product as BACK. Define Save-A-Lot's Hummus as p; v = X + K = 18 + 15 = 10; u = v + e = 10 + 3 = 13; so p = 17 + u = 17 + 13 = 7. Define Save-A-Lot's Product as w; so w = p = 7. | 7 | med | 7 |
888 | The number of each Cheetah's Accessory Carpal equals 3 times as much as the sum of each Elephant Habitat's Bone and each Elephant Habitat's Raccoon. The number of each Panda Exhibit's Cheetah equals 16. The number of each Elephant Habitat's Raccoon equals 20 times as much as each Raccoon's Bone. The number of each Cheetah's Metacarpal V equals 1. How many Accessory Carpal does Cheetah have? | Define Raccoon's Bone as I; so I = 0. Define Elephant Habitat's Animal as BACK. Define Elephant Habitat's Raccoon as f; so f = 20 * I = 20 * 0 = 0. Define Elephant Habitat's Bone as G; so G = f * I = 0 * 0 = 0. Define Cheetah's Accessory Carpal as U; S = G + f = 0 + 0 = 0; so U = 3 * S = 3 * 0 = 0. | 0 | med | 5 |
889 | The number of each Musical Instrument Backpack's Ruler equals 5. The number of each Musical Instrument Backpack's Stamp Pad equals 8 more than the sum of each Genetics Lab's Insulated Backpack and each Astronomy Gear Backpack's Stationery. The number of each Botany Lab's Astronomy Gear Backpack equals each Botany Lab's Insulated Backpack. The number of each Anatomy Lab's Clear Backpack equals 16 times as much as the sum of each Botany Lab's Insulated Backpack and each Botany Lab's Astronomy Gear Backpack. The number of each Botany Lab's Musical Instrument Backpack equals 5. The number of each Botany Lab's Insulated Backpack equals 17. The number of each Clear Backpack's Ink Refill equals each Clear Backpack's Stamp Pad. The number of each Microbiology Lab's Musical Instrument Backpack equals the difference of each Clear Backpack's Stamp Pad and each Botany Lab's Insulated Backpack. The number of each Insulated Backpack's Label Maker equals 15. The number of each Astronomy Gear Backpack's Stamp Pad equals 16. The number of each Genetics Lab's Insulated Backpack equals 21 more than the sum of each Astronomy Gear Backpack's Ink Refill and each Clear Backpack's Stamp Pad. The number of each Anatomy Lab's Astronomy Gear Backpack equals each Clear Backpack's Stationery. The number of each Astronomy Gear Backpack's Ink Refill equals 2 times as much as each Clear Backpack's Stamp Pad. The number of each Insulated Backpack's Stamp Pad equals each Botany Lab's Astronomy Gear Backpack. The number of each Clear Backpack's Ruler equals 17. The number of each Clear Backpack's Stamp Pad equals 2. How many Backpack does Genetics Lab have? | Define Clear Backpack's Stamp Pad as t; so t = 2. Define Astronomy Gear Backpack's Ink Refill as L; so L = 2 * t = 2 * 2 = 4. Define Genetics Lab's Insulated Backpack as j; y = L + t = 4 + 2 = 6; so j = 21 + y = 21 + 6 = 4. Define Microbiology Lab's Backpack as BACK. Define Microbiology Lab's Stationery as BACK. Define Genetics Lab's Backpack as g; so g = j = 4. | 4 | hard | 5 |
890 | The number of each Frontal Lobe's Hippocampal Neurons equals each Temporal Lobe's Hypothalamic Neurons. The number of each Temporal Lobe's Hypothalamic Neurons equals 17. The number of each Yeti's Frontal Lobe equals the sum of each Temporal Lobe's Hypothalamic Neurons, each Temporal Lobe's Sensory Neurons and each Frontal Lobe's Hippocampal Neurons. The number of each Temporal Lobe's Sensory Neurons equals 5. The number of each Spinal Nerves's Photoreceptor Cells equals the sum of each Yeti's Cells, each Temporal Lobe's Sensory Neurons and each Temporal Lobe's Hypothalamic Neurons. The number of each Yeti's Temporal Lobe equals each Centaur's Spinal Nerves. The number of each Centaur's Spinal Nerves equals 15. How many Photoreceptor Cells does Spinal Nerves have? | Define Yeti's Frontal Lobe as BACK. Define Temporal Lobe's Hypothalamic Neurons as l; so l = 17. Define Temporal Lobe's Sensory Neurons as S; so S = 5. Define Temporal Lobe's Cells as X; so X = S + l = 5 + 17 = 22. Define Centaur's Spinal Nerves as Y; so Y = 15. Define Centaur's Cells as BACK. Define Yeti's Cells as BACK. Define Frontal Lobe's Cells as BACK. Define Yeti's Frontal Lobe as BACK. Define Yeti's Organs as BACK. Define Spinal Nerves's Photoreceptor Cells as BACK. Define Frontal Lobe's Hippocampal Neurons as v; so v = l = 17. Define Yeti's Temporal Lobe as i; so i = Y = 15. Define Yeti's Frontal Lobe as T; K = l + S = 17 + 5 = 22; so T = K + v = 22 + 17 = 16. Define Frontal Lobe's Cells as d; so d = v = 17. Define Yeti's Cells as Q; A = i * X = 15 * 22 = 8; a = T * d = 16 * 17 = 19; so Q = A + a = 8 + 19 = 4. Define Spinal Nerves's Photoreceptor Cells as e; F = Q + S = 4 + 5 = 9; so e = F + l = 9 + 17 = 3. | 3 | hard | 14 |
891 | The number of each Biology Lab's Waterproof School Backpack equals 13. The number of each Biology Lab's Student Rucksack equals 18 more than the sum of each Biology Lab's Waterproof School Backpack and each Biology Lab's Laptop Backpack. The number of each Biology Lab's Laptop Backpack equals 2 more than each Biology Lab's Waterproof School Backpack. The number of each Chemistry Lab's Waterproof School Backpack equals the sum of each Environmental Science Lab's Backpack, each Biology Lab's Waterproof School Backpack, each Biology Lab's Backpack and each Biology Lab's Student Rucksack. The number of each Environmental Science Lab's Waterproof School Backpack equals 0 more than the sum of each Biology Lab's Backpack, each Biology Lab's Waterproof School Backpack and each Biology Lab's Laptop Backpack. The number of each Chemistry Lab's Student Rucksack equals the sum of each Environmental Science Lab's Backpack, each Biology Lab's Waterproof School Backpack, each Biology Lab's Student Rucksack and each Chemistry Lab's Waterproof School Backpack. How many Backpack does Chemistry Lab have? | Define Biology Lab's Waterproof School Backpack as w; so w = 13. Define Biology Lab's Backpack as BACK. Define Chemistry Lab's Student Rucksack as BACK. Define Biology Lab's Laptop Backpack as j; so j = 2 + w = 2 + 13 = 15. Define Environmental Science Lab's Waterproof School Backpack as BACK. Define Biology Lab's Backpack as BACK. Define Chemistry Lab's Waterproof School Backpack as BACK. Define Chemistry Lab's Student Rucksack as BACK. Define Chemistry Lab's Backpack as BACK. Define Environmental Science Lab's Backpack as BACK. Define Biology Lab's Student Rucksack as k; o = w + j = 13 + 15 = 5; so k = 18 + o = 18 + 5 = 0. Define Biology Lab's Backpack as z; i = j + w = 15 + 13 = 5; so z = i + k = 5 + 0 = 5. Define Chemistry Lab's Waterproof School Backpack as BACK. Define Chemistry Lab's Student Rucksack as BACK. Define Environmental Science Lab's Backpack as BACK. Define Environmental Science Lab's Waterproof School Backpack as C; m = z + w = 5 + 13 = 18; X = m + j = 18 + 15 = 10; so C = 0 + X = 0 + 10 = 10. Define Environmental Science Lab's Backpack as Y; so Y = C = 10. Define Chemistry Lab's Waterproof School Backpack as b; f = Y + w = 10 + 13 = 0; x = f + z = 0 + 5 = 5; so b = x + k = 5 + 0 = 5. Define Chemistry Lab's Student Rucksack as p; M = Y + w = 10 + 13 = 0; S = M + k = 0 + 0 = 0; so p = S + b = 0 + 5 = 5. Define Chemistry Lab's Backpack as l; so l = b + p = 5 + 5 = 10. | 10 | hard | 17 |
892 | The number of each Penguin Exhibit's Zebra equals each Toucan Terrace's Wolf. The number of each Cheetah's Caudal Vertebrae 11 equals the difference of each Wolf's Caudal Vertebrae 8 and each Cheetah's Caudal Vertebrae 1. The number of each Toucan Terrace's Wolf equals 2. The number of each Pelican Pier's Zebra equals each Penguin Exhibit's Bone. The number of each Cheetah's Caudal Vertebrae 1 equals each Pelican Pier's Bone. The number of each Wolf's Caudal Vertebrae 11 equals each Zebra's Bone. The number of each Penguin Exhibit's Wolf equals 11 more than each Zebra's Caudal Vertebrae 11. The number of each Zebra's Caudal Vertebrae 11 equals each Toucan Terrace's Wolf. The number of each Toucan Terrace's Zebra equals 7 more than the difference of each Cheetah's Bone and each Penguin Exhibit's Wolf. The number of each Wolf's Caudal Vertebrae 8 equals each Zebra's Caudal Vertebrae 11. The number of each Toucan Terrace's Cheetah equals the sum of each Penguin Exhibit's Bone and each Penguin Exhibit's Wolf. How many Bone does Cheetah have? | Define Toucan Terrace's Wolf as t; so t = 2. Define Penguin Exhibit's Animal as BACK. Define Zebra's Caudal Vertebrae 11 as T; so T = t = 2. Define Toucan Terrace's Cheetah as BACK. Define Zebra's Bone as s; so s = T = 2. Define Pelican Pier's Animal as BACK. Define Cheetah's Caudal Vertebrae 1 as BACK. Define Toucan Terrace's Animal as BACK. Define Cheetah's Caudal Vertebrae 11 as BACK. Define Pelican Pier's Zebra as BACK. Define Penguin Exhibit's Zebra as C; so C = t = 2. Define Penguin Exhibit's Bone as BACK. Define Wolf's Caudal Vertebrae 11 as Z; so Z = s = 2. Define Wolf's Caudal Vertebrae 8 as N; so N = T = 2. Define Penguin Exhibit's Wolf as f; so f = 11 + T = 11 + 2 = 13. Define Wolf's Bone as w; so w = Z + N = 2 + 2 = 4. Define Pelican Pier's Zebra as BACK. Define Penguin Exhibit's Bone as u; P = f * w = 13 * 4 = 6; a = C * s = 2 * 2 = 4; so u = P + a = 6 + 4 = 10. Define Pelican Pier's Zebra as D; so D = u = 10. Define Pelican Pier's Bone as b; so b = D * s = 10 * 2 = 20. Define Cheetah's Caudal Vertebrae 1 as l; so l = b = 20. Define Toucan Terrace's Animal as BACK. Define Cheetah's Caudal Vertebrae 11 as H; so H = N - l = 2 - 20 = 5. Define Toucan Terrace's Zebra as BACK. Define Toucan Terrace's Bone as BACK. Define Cheetah's Bone as W; so W = l + H = 20 + 5 = 2. | 2 | hard | 16 |
893 | The number of each Conference Backpack's Photocopy Paper equals 20. The number of each Molecular Biology Lab's Hardshell Backpack equals each Slim Work Backpack's Graph Paper. The number of each Forensic Lab's Conference Backpack equals each Molecular Biology Lab's Conference Backpack. The number of each Conference Backpack's Wrapping Paper equals 4 times as much as the difference of each Conference Backpack's Graph Paper and each Conference Backpack's Photocopy Paper. The number of each Forensic Lab's Hardshell Backpack equals 4 times as much as the difference of each Hardshell Backpack's Photocopy Paper and each Physics Lab's Slim Work Backpack. The number of each Physics Lab's Conference Backpack equals the sum of each Hardshell Backpack's Photocopy Paper and each Molecular Biology Lab's Conference Backpack. The number of each Physics Lab's Slim Work Backpack equals 12. The number of each Conference Backpack's Graph Paper equals each Conference Backpack's Photocopy Paper. The number of each Slim Work Backpack's Wrapping Paper equals 16. The number of each Forensic Lab's Slim Work Backpack equals the sum of each Hardshell Backpack's Graph Paper, each Molecular Biology Lab's Slim Work Backpack and each Conference Backpack's Graph Paper. The number of each Molecular Biology Lab's Slim Work Backpack equals 9 more than the difference of each Hardshell Backpack's Graph Paper and each Conference Backpack's Wrapping Paper. The number of each Hardshell Backpack's Photocopy Paper equals the sum of each Slim Work Backpack's Wrapping Paper and each Physics Lab's Slim Work Backpack. The number of each Hardshell Backpack's Wrapping Paper equals the sum of each Hardshell Backpack's Photocopy Paper, each Slim Work Backpack's Wrapping Paper and each Physics Lab's Slim Work Backpack. The number of each Hardshell Backpack's Graph Paper equals 10 more than the difference of each Conference Backpack's Stationery and each Conference Backpack's Photocopy Paper. The number of each Slim Work Backpack's Photocopy Paper equals 10 times as much as the sum of each Molecular Biology Lab's Slim Work Backpack and each Hardshell Backpack's Graph Paper. The number of each Molecular Biology Lab's Conference Backpack equals 2 more than each Slim Work Backpack's Wrapping Paper. The number of each Slim Work Backpack's Graph Paper equals the sum of each Conference Backpack's Wrapping Paper, each Hardshell Backpack's Graph Paper and each Conference Backpack's Stationery. The number of each Physics Lab's Hardshell Backpack equals the sum of each Conference Backpack's Wrapping Paper, each Hardshell Backpack's Graph Paper, each Molecular Biology Lab's Backpack and each Forensic Lab's Hardshell Backpack. How many Photocopy Paper does Slim Work Backpack have? | Define Conference Backpack's Wrapping Paper as BACK. Define Hardshell Backpack's Stationery as BACK. Define Molecular Biology Lab's Stationery as BACK. Define Molecular Biology Lab's Backpack as BACK. Define Physics Lab's Stationery as BACK. Define Conference Backpack's Stationery as BACK. Define Conference Backpack's Photocopy Paper as w; so w = 20. Define Molecular Biology Lab's Conference Backpack as BACK. Define Molecular Biology Lab's Hardshell Backpack as BACK. Define Conference Backpack's Graph Paper as I; so I = w = 20. Define Molecular Biology Lab's Stationery as BACK. Define Conference Backpack's Wrapping Paper as q; D = I - w = 20 - 20 = 0; so q = 4 * D = 4 * 0 = 0. Define Hardshell Backpack's Stationery as BACK. Define Physics Lab's Conference Backpack as BACK. Define Conference Backpack's Stationery as M; f = I + w = 20 + 20 = 17; so M = f + q = 17 + 0 = 17. Define Hardshell Backpack's Photocopy Paper as BACK. Define Physics Lab's Hardshell Backpack as BACK. Define Hardshell Backpack's Graph Paper as R; K = M - w = 17 - 20 = 20; so R = 10 + K = 10 + 20 = 7. Define Hardshell Backpack's Photocopy Paper as BACK. Define Physics Lab's Conference Backpack as BACK. Define Molecular Biology Lab's Slim Work Backpack as r; p = R - q = 7 - 0 = 7; so r = 9 + p = 9 + 7 = 16. Define Molecular Biology Lab's Backpack as BACK. Define Slim Work Backpack's Photocopy Paper as P; g = r + R = 16 + 7 = 0; so P = 10 * g = 10 * 0 = 0. | 0 | hard | 12 |
894 | The number of each Starlight University's Sociology Classroom equals each Music Room's Two-Strap Backpack. The number of each Waterproof School Backpack's Watercolor Pencil equals each Photography Studio's Student Rucksack. The number of each Waterproof School Backpack's Oil Pastel equals the difference of each Sociology Classroom's Student Rucksack and each Pinnacle Peak University's Sociology Classroom. The number of each Sociology Classroom's Two-Strap Backpack equals 21 times as much as each Rosewood University's Sociology Classroom. The number of each Pinnacle Peak University's Photography Studio equals each Music Room's Backpack. The number of each Photography Studio's Student Rucksack equals 17. The number of each Rosewood University's Sociology Classroom equals each Rosewood University's Photography Studio. The number of each Student Rucksack's Oil Pastel equals 3 more than each Photography Studio's Student Rucksack. The number of each Sociology Classroom's Waterproof School Backpack equals 19 more than each Two-Strap Backpack's Oil Pastel. The number of each Sociology Classroom's Student Rucksack equals 6. The number of each Student Rucksack's Brush Pen equals each Starlight University's Sociology Classroom. The number of each Two-Strap Backpack's Brush Pen equals the sum of each Sociology Classroom's Two-Strap Backpack and each Waterproof School Backpack's Watercolor Pencil. The number of each Student Rucksack's Watercolor Pencil equals 5 times as much as each Sociology Classroom's Student Rucksack. The number of each Rosewood University's Photography Studio equals each Student Rucksack's Oil Pastel. The number of each Photography Studio's Waterproof School Backpack equals 5. The number of each Music Room's Waterproof School Backpack equals the sum of each Rosewood University's Classroom, each Photography Studio's Student Rucksack, each Student Rucksack's Oil Pastel and each Rosewood University's Sociology Classroom. The number of each Music Room's Two-Strap Backpack equals the sum of each Rosewood University's Sociology Classroom, each Rosewood University's Music Room and each Rosewood University's Classroom. The number of each Starlight University's Music Room equals each Two-Strap Backpack's Oil Pastel. The number of each Photography Studio's Two-Strap Backpack equals the difference of each Waterproof School Backpack's Stationery and each Waterproof School Backpack's Oil Pastel. The number of each Starlight University's Photography Studio equals 2 more than each Music Room's Waterproof School Backpack. The number of each Pinnacle Peak University's Sociology Classroom equals 21 times as much as each Sociology Classroom's Student Rucksack. The number of each Two-Strap Backpack's Oil Pastel equals 3 times as much as the sum of each Sociology Classroom's Student Rucksack, each Pinnacle Peak University's Sociology Classroom and each Waterproof School Backpack's Oil Pastel. The number of each Music Room's Student Rucksack equals each Rosewood University's Sociology Classroom. The number of each Rosewood University's Music Room equals 16 more than the difference of each Photography Studio's Student Rucksack and each Student Rucksack's Oil Pastel. How many Photography Studio does Pinnacle Peak University have? | Define Photography Studio's Student Rucksack as g; so g = 17. Define Student Rucksack's Oil Pastel as W; so W = 3 + g = 3 + 17 = 20. Define Rosewood University's Music Room as e; o = g - W = 17 - 20 = 20; so e = 16 + o = 16 + 20 = 13. Define Sociology Classroom's Backpack as BACK. Define Rosewood University's Classroom as BACK. Define Rosewood University's Photography Studio as D; so D = W = 20. Define Rosewood University's Sociology Classroom as J; so J = D = 20. Define Rosewood University's Classroom as L; l = J + e = 20 + 13 = 10; so L = l + D = 10 + 20 = 7. Define Two-Strap Backpack's Oil Pastel as BACK. Define Starlight University's Music Room as BACK. Define Music Room's Waterproof School Backpack as q; T = L + g = 7 + 17 = 1; N = T + W = 1 + 20 = 21; so q = N + J = 21 + 20 = 18. Define Waterproof School Backpack's Oil Pastel as BACK. Define Pinnacle Peak University's Backpack as BACK. Define Starlight University's Backpack as BACK. Define Pinnacle Peak University's Stationery as BACK. Define Sociology Classroom's Waterproof School Backpack as BACK. Define Music Room's Student Rucksack as h; so h = J = 20. Define Waterproof School Backpack's Stationery as BACK. Define Music Room's Two-Strap Backpack as H; O = J + e = 20 + 13 = 10; so H = O + L = 10 + 7 = 17. Define Student Rucksack's Watercolor Pencil as BACK. Define Music Room's Backpack as c; s = h + H = 20 + 17 = 14; so c = s + q = 14 + 18 = 9. Define Photography Studio's Backpack as BACK. Define Pinnacle Peak University's Photography Studio as E; so E = c = 9. | 9 | hard | 17 |
895 | The number of each Cultural Heritage District's Safeway equals 17 times as much as the sum of each Renaissance District's Supermarket and each Renaissance District's Meijer. The number of each Renaissance District's Meijer equals 0. The number of each Victorian District's Costco equals 7 times as much as the sum of each Cultural Heritage District's Supermarket, each Renaissance District's Supermarket and each Cultural Heritage District's Safeway. How many Costco does Victorian District have? | Define Victorian District's Supermarket as BACK. Define Renaissance District's Meijer as Z; so Z = 0. Define Victorian District's Costco as BACK. Define Victorian District's Supermarket as BACK. Define Renaissance District's Supermarket as w; so w = Z = 0. Define Victorian District's Supermarket as BACK. Define Victorian District's Costco as BACK. Define Cultural Heritage District's Safeway as e; C = w + Z = 0 + 0 = 0; so e = 17 * C = 17 * 0 = 0. Define Cultural Heritage District's Supermarket as O; so O = e = 0. Define Victorian District's Costco as N; F = O + w = 0 + 0 = 0; B = F + e = 0 + 0 = 0; so N = 7 * B = 7 * 0 = 0. | 0 | med | 8 |
896 | The number of each Insectarium of Chicago's Crane Courtyard equals each Crane Courtyard's Animal. The number of each Crane Courtyard's Otter equals each Pelican Pier's Giraffe. The number of each Pelican Pier's Giraffe equals 11. The number of each San Francisco Insectarium's Pelican Pier equals each Los Angeles Insectarium's Pelican Pier. The number of each Crane Courtyard's Hippopotamus equals each San Francisco Insectarium's Pelican Pier. The number of each Los Angeles Insectarium's Crane Courtyard equals 22 times as much as the difference of each Crane Courtyard's Otter and each Los Angeles Insectarium's Pelican Pier. The number of each Los Angeles Insectarium's Pelican Pier equals 10. The number of each Pelican Pier's Otter equals the sum of each Los Angeles Insectarium's Crane Courtyard and each Insectarium of Chicago's Crane Courtyard. The number of each San Francisco Insectarium's Crane Courtyard equals 3 more than the sum of each Pelican Pier's Giraffe, each San Francisco Insectarium's Penguin Exhibit and each Crane Courtyard's Animal. The number of each San Francisco Insectarium's Penguin Exhibit equals 20 more than each Los Angeles Insectarium's Pelican Pier. The number of each Penguin Exhibit's Giraffe equals 17. The number of each Pelican Pier's Hippopotamus equals 7 times as much as each Los Angeles Insectarium's Pelican Pier. How many Otter does Crane Courtyard have? | Define Crane Courtyard's Hippopotamus as BACK. Define San Francisco Insectarium's Crane Courtyard as BACK. Define Pelican Pier's Giraffe as F; so F = 11. Define Crane Courtyard's Otter as B; so B = F = 11. | 11 | med | 2 |
897 | The number of each WinCo Foods's Tortilla Chips equals each WinCo Foods's Salsa. The number of each Asda's Chocolate Covered Pretzels equals 9. The number of each WinCo Foods's Crackers equals 7 more than each Tesco's Crackers. The number of each Asda's Crackers equals 13. The number of each Tesco's Tortilla Chips equals 0. The number of each WinCo Foods's Salsa equals the difference of each Tesco's Chocolate Covered Pretzels and each Tesco's Tortilla Chips. The number of each Asda's Salsa equals each Tesco's Crackers. The number of each Waitrose's Tortilla Chips equals 8 more than each WinCo Foods's Crackers. The number of each Waitrose's Salsa equals each Tesco's Tortilla Chips. The number of each Tesco's Crackers equals 9. The number of each WinCo Foods's Chocolate Covered Pretzels equals the sum of each WinCo Foods's Tortilla Chips, each Tesco's Tortilla Chips, each Tesco's Chocolate Covered Pretzels and each WinCo Foods's Salsa. The number of each Tesco's Chocolate Covered Pretzels equals each Tesco's Tortilla Chips. How many Tortilla Chips does WinCo Foods have? | Define Tesco's Chocolate Covered Pretzels as BACK. Define Tesco's Tortilla Chips as H; so H = 0. Define Tesco's Chocolate Covered Pretzels as g; so g = H = 0. Define WinCo Foods's Product as BACK. Define WinCo Foods's Salsa as u; so u = g - H = 0 - 0 = 0. Define WinCo Foods's Tortilla Chips as K; so K = u = 0. | 0 | hard | 4 |
898 | The number of each Swan's Caudal Vertebrae 9 equals 4 more than each Peacock's Caudal Vertebrae 8. The number of each Sparrow's Caudal Vertebrae 4 equals each Peacock's Caudal Vertebrae 9. The number of each Peacock's Caudal Vertebrae 9 equals 18. The number of each Sparrow's Caudal Vertebrae 8 equals 6. The number of each Swan's Caudal Vertebrae 8 equals 17. The number of each Peacock's Caudal Vertebrae 4 equals each Peacock's Caudal Vertebrae 8. The number of each Swan's Caudal Vertebrae 4 equals the difference of each Peacock's Caudal Vertebrae 9 and each Swan's Caudal Vertebrae 9. The number of each Peacock's Caudal Vertebrae 8 equals the difference of each Sparrow's Caudal Vertebrae 9 and each Sparrow's Caudal Vertebrae 4. The number of each Sparrow's Caudal Vertebrae 9 equals 5 more than the sum of each Sparrow's Caudal Vertebrae 4 and each Peacock's Caudal Vertebrae 9. How many Caudal Vertebrae 4 does Peacock have? | Define Swan's Caudal Vertebrae 4 as BACK. Define Sparrow's Bone as BACK. Define Peacock's Caudal Vertebrae 9 as z; so z = 18. Define Swan's Bone as BACK. Define Sparrow's Bone as BACK. Define Sparrow's Caudal Vertebrae 9 as BACK. Define Sparrow's Caudal Vertebrae 4 as V; so V = z = 18. Define Swan's Bone as BACK. Define Sparrow's Caudal Vertebrae 9 as U; o = V + z = 18 + 18 = 13; so U = 5 + o = 5 + 13 = 18. Define Peacock's Bone as BACK. Define Swan's Caudal Vertebrae 4 as BACK. Define Peacock's Caudal Vertebrae 8 as i; so i = U - V = 18 - 18 = 0. Define Swan's Bone as BACK. Define Peacock's Caudal Vertebrae 4 as v; so v = i = 0. | 0 | hard | 6 |
899 | The number of each Highland Grassland's Chlamydomonas equals 15 more than each Temperate Grassland's Daphnia. The number of each Steppe's Daphnia equals 0 more than each Savanna's Nematode. The number of each Highland Grassland's Daphnia equals each Temperate Grassland's Nematode. The number of each Savanna's Chlamydomonas equals 15 more than each Steppe's Chlamydomonas. The number of each Temperate Grassland's Nematode equals each Temperate Grassland's Chlamydomonas. The number of each Temperate Grassland's Yeast equals 6 times as much as each Highland Grassland's Nematode. The number of each Steppe's Yeast equals each Highland Grassland's Daphnia. The number of each Savanna's Yeast equals 19. The number of each Steppe's Nematode equals 7 times as much as each Savanna's Yeast. The number of each Savanna's Nematode equals 6. The number of each Highland Grassland's Yeast equals 18 more than each Temperate Grassland's Yeast. The number of each Temperate Grassland's Chlamydomonas equals each Steppe's Nematode. The number of each Savanna's Daphnia equals each Savanna's Chlamydomonas. The number of each Steppe's Chlamydomonas equals the difference of each Highland Grassland's Yeast and each Highland Grassland's Daphnia. The number of each Highland Grassland's Nematode equals the sum of each Steppe's Yeast and each Savanna's Yeast. The number of each Temperate Grassland's Daphnia equals 10 times as much as each Savanna's Daphnia. How many Chlamydomonas does Highland Grassland have? | Define Savanna's Yeast as D; so D = 19. Define Savanna's Chlamydomonas as BACK. Define Steppe's Nematode as w; so w = 7 * D = 7 * 19 = 18. Define Steppe's Yeast as BACK. Define Temperate Grassland's Chlamydomonas as W; so W = w = 18. Define Savanna's Chlamydomonas as BACK. Define Steppe's Creatures as BACK. Define Steppe's Daphnia as BACK. Define Temperate Grassland's Nematode as Z; so Z = W = 18. Define Highland Grassland's Daphnia as I; so I = Z = 18. Define Temperate Grassland's Yeast as BACK. Define Steppe's Yeast as r; so r = I = 18. Define Highland Grassland's Nematode as k; so k = r + D = 18 + 19 = 14. Define Steppe's Chlamydomonas as BACK. Define Steppe's Creatures as BACK. Define Temperate Grassland's Yeast as C; so C = 6 * k = 6 * 14 = 15. Define Steppe's Creatures as BACK. Define Steppe's Chlamydomonas as BACK. Define Savanna's Daphnia as BACK. Define Highland Grassland's Yeast as Q; so Q = 18 + C = 18 + 15 = 10. Define Steppe's Chlamydomonas as S; so S = Q - I = 10 - 18 = 15. Define Highland Grassland's Chlamydomonas as BACK. Define Temperate Grassland's Daphnia as BACK. Define Temperate Grassland's Creatures as BACK. Define Savanna's Creatures as BACK. Define Steppe's Daphnia as BACK. Define Savanna's Chlamydomonas as q; so q = 15 + S = 15 + 15 = 7. Define Savanna's Daphnia as M; so M = q = 7. Define Temperate Grassland's Daphnia as x; so x = 10 * M = 10 * 7 = 1. Define Highland Grassland's Chlamydomonas as K; so K = 15 + x = 15 + 1 = 16. | 16 | hard | 14 |
Subsets and Splits