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400 | The number of each Coniferous Forest's Armadillo equals 8. The number of each Cloud Forest's Armadillo equals the difference of each Tropical Rainforest's Giraffe and each Cloud Forest's Kangaroo. The number of each Cloud Forest's Kangaroo equals each Coniferous Forest's Gorilla. The number of each Coniferous Forest's Giraffe equals 8 more than the difference of each Tropical Rainforest's Kangaroo and each Cloud Forest's Gorilla. The number of each Cloud Forest's Giraffe equals each Cloud Forest's Gorilla. The number of each Tropical Rainforest's Gorilla equals 21 more than the sum of each Cloud Forest's Creatures, each Coniferous Forest's Armadillo and each Coniferous Forest's Creatures. The number of each Cloud Forest's Gorilla equals 16. The number of each Temperate Evergreen Forest's Giraffe equals 13 more than the sum of each Coniferous Forest's Armadillo and each Temperate Evergreen Forest's Gorilla. The number of each Tropical Rainforest's Kangaroo equals 5 more than each Cloud Forest's Giraffe. The number of each Coniferous Forest's Gorilla equals 16 more than each Coniferous Forest's Giraffe. The number of each Temperate Evergreen Forest's Gorilla equals the sum of each Coniferous Forest's Armadillo and each Temperate Evergreen Forest's Kangaroo. The number of each Tropical Rainforest's Giraffe equals 10. The number of each Temperate Evergreen Forest's Kangaroo equals 7 times as much as each Coniferous Forest's Armadillo. How many Kangaroo does Cloud Forest have? | Define Cloud Forest's Gorilla as D; so D = 16. Define Cloud Forest's Creatures as BACK. Define Cloud Forest's Giraffe as B; so B = D = 16. Define Tropical Rainforest's Kangaroo as U; so U = 5 + B = 5 + 16 = 21. Define Coniferous Forest's Creatures as BACK. Define Temperate Evergreen Forest's Gorilla as BACK. Define Coniferous Forest's Giraffe as S; s = U - D = 21 - 16 = 5; so S = 8 + s = 8 + 5 = 13. Define Coniferous Forest's Gorilla as E; so E = 16 + S = 16 + 13 = 6. Define Cloud Forest's Kangaroo as z; so z = E = 6. | 6 | med | 7 |
401 | The number of each School Daypack's Permanent Marker equals 15 times as much as the sum of each Human Development Classroom's Backpack, each Anthropology Lab's Organizer Backpack and each Organizer Backpack's Pencil. The number of each Communication Studies Room's Waterproof School Backpack equals 4. The number of each Geography Lab's Student Rucksack equals 1 times as much as the sum of each School Daypack's Charcoal Stick and each Communication Studies Room's School Daypack. The number of each Organizer Backpack's Charcoal Stick equals each Human Development Classroom's Backpack. The number of each School Daypack's Charcoal Stick equals 16. The number of each Communication Studies Room's School Daypack equals 21 times as much as each School Daypack's Charcoal Stick. The number of each Student Rucksack's Permanent Marker equals 2. The number of each Waterproof School Backpack's Charcoal Stick equals 12 times as much as each Student Rucksack's Permanent Marker. The number of each Human Development Classroom's Waterproof School Backpack equals each Human Development Classroom's Student Rucksack. The number of each Human Development Classroom's School Daypack equals 15 times as much as each Human Development Classroom's Student Rucksack. The number of each Human Development Classroom's Student Rucksack equals 10. The number of each Organizer Backpack's Pencil equals each Human Development Classroom's Organizer Backpack. The number of each Anthropology Lab's Organizer Backpack equals each Organizer Backpack's Charcoal Stick. The number of each Waterproof School Backpack's Pencil equals 20. The number of each Human Development Classroom's Organizer Backpack equals each Human Development Classroom's Student Rucksack. How many Stationery does Anthropology Lab have? | Define Human Development Classroom's Student Rucksack as U; so U = 10. Define Human Development Classroom's School Daypack as A; so A = 15 * U = 15 * 10 = 12. Define Geography Lab's Backpack as BACK. Define Human Development Classroom's Waterproof School Backpack as C; so C = U = 10. Define Human Development Classroom's Stationery as BACK. Define Human Development Classroom's Organizer Backpack as M; so M = U = 10. Define Human Development Classroom's Backpack as f; h = C + U = 10 + 10 = 20; k = h + M = 20 + 10 = 7; so f = k + A = 7 + 12 = 19. Define Geography Lab's Backpack as BACK. Define Organizer Backpack's Pencil as v; so v = M = 10. Define Communication Studies Room's Backpack as BACK. Define Organizer Backpack's Charcoal Stick as a; so a = f = 19. Define Anthropology Lab's Backpack as BACK. Define Anthropology Lab's Organizer Backpack as H; so H = a = 19. Define Student Rucksack's Stationery as BACK. Define Organizer Backpack's Stationery as q; so q = v + a = 10 + 19 = 6. Define Anthropology Lab's Stationery as S; so S = H * q = 19 * 6 = 22. | 22 | hard | 12 |
402 | The number of each Monument Zone's 99 Ranch Market equals 10. The number of each Old Harbor's Galleria Supermarket equals 3 times as much as each Canned Peas's Potato. The number of each Canned Peas's Kale equals 15 times as much as each 99 Ranch Market's Canned Corn. The number of each Old Harbor's La Michoacana Meat Market equals 7. The number of each La Michoacana Meat Market's Canned Chicken equals the difference of each Old Harbor's La Michoacana Meat Market and each Canned Peas's Potato. The number of each Canned Chicken's Beetroot equals the sum of each Canned Corn's Ingredient, each 99 Ranch Market's Canned Corn, each 99 Ranch Market's Product and each Monument Zone's Product. The number of each 99 Ranch Market's Canned Peas equals 22 times as much as each Monument Zone's Supermarket. The number of each 99 Ranch Market's Canned Corn equals 13 more than each Monument Zone's 99 Ranch Market. The number of each Canned Peas's Potato equals 10 times as much as each Old Harbor's La Michoacana Meat Market. How many Product does Monument Zone have? | Define Monument Zone's 99 Ranch Market as a; so a = 10. Define Monument Zone's Supermarket as v; so v = a = 10. Define Canned Chicken's Beetroot as BACK. Define Canned Peas's Kale as BACK. Define 99 Ranch Market's Canned Peas as Y; so Y = 22 * v = 22 * 10 = 13. Define Canned Peas's Potato as BACK. Define 99 Ranch Market's Product as BACK. Define 99 Ranch Market's Canned Corn as y; so y = 13 + a = 13 + 10 = 0. Define 99 Ranch Market's Product as N; so N = Y + y = 13 + 0 = 13. Define Canned Chicken's Ingredient as BACK. Define Monument Zone's Product as R; so R = a * N = 10 * 13 = 15. | 15 | hard | 6 |
403 | The number of each Albertsons's Goat Cheese equals 3. The number of each Medical School Campus's Albertsons equals 7. The number of each Albertsons's Cheese equals 1. The number of each Cheese's Cloves equals 4. The number of each Medical School Campus's Meijer equals 21. The number of each Goat Cheese's Cloves equals 3 more than the sum of each Albertsons's Cheese and each High School District's Product. The number of each Meijer's Goat Cheese equals 12 more than the sum of each High School District's Supermarket, each High School District's Ingredient and each Albertsons's Cheese. The number of each Cheese's Turmeric equals the sum of each High School District's Product and each Medical School Campus's Supermarket. How many Meijer does Medical School Campus have? | Define Cheese's Ingredient as BACK. Define Meijer's Product as BACK. Define Cheese's Turmeric as BACK. Define Medical School Campus's Meijer as E; so E = 21. | 21 | med | 1 |
404 | The number of each Statistics Lab's Waterproof School Backpack equals 18. The number of each Control Systems Lab's Multi-Pocket Backpack equals 2 times as much as each Control Systems Lab's Two-Strap Backpack. The number of each Statistics Lab's Two-Strap Backpack equals 14. The number of each Engineering Workshop's Waterproof School Backpack equals 22 more than each Engineering Workshop's Multi-Pocket Backpack. The number of each Engineering Workshop's Two-Strap Backpack equals each Control Systems Lab's Two-Strap Backpack. The number of each Engineering Workshop's Multi-Pocket Backpack equals 7. The number of each Control Systems Lab's Two-Strap Backpack equals 14 times as much as each Statistics Lab's Waterproof School Backpack. How many Backpack does Statistics Lab have? | Define Statistics Lab's Waterproof School Backpack as A; so A = 18. Define Statistics Lab's Two-Strap Backpack as s; so s = 14. Define Statistics Lab's Backpack as j; so j = A + s = 18 + 14 = 9. | 9 | hard | 3 |
405 | The number of each Frog Bog's Frilled Lizard equals 21. The number of each Bearded Dragon's Coffin Bone equals each Gila Monster's Coffin Bone. The number of each Frog Bog's Bearded Dragon equals the sum of each Snake Den's Animal, each Snake Den's Gila Monster and each Frilled Lizard's Humerus. The number of each Alligator Alley's Bearded Dragon equals 18 more than each Frilled Lizard's Coffin Bone. The number of each Gila Monster's Humerus equals the sum of each Alligator Alley's Bearded Dragon, each Frog Bog's Gila Monster and each Bearded Dragon's Fetlock. The number of each Alligator Alley's Gila Monster equals each Frog Bog's Frilled Lizard. The number of each Frog Bog's Gila Monster equals 9 more than each Gila Monster's Fetlock. The number of each Gila Monster's Fetlock equals 18. The number of each Snake Den's Gila Monster equals 18 more than each Gila Monster's Bone. The number of each Snake Den's Bearded Dragon equals the sum of each Bearded Dragon's Fetlock and each Snake Den's Gila Monster. The number of each Frilled Lizard's Coffin Bone equals 20. The number of each Gila Monster's Coffin Bone equals the sum of each Frilled Lizard's Humerus and each Gila Monster's Fetlock. The number of each Frilled Lizard's Humerus equals 13 more than each Frilled Lizard's Fetlock. The number of each Bearded Dragon's Fetlock equals each Gila Monster's Fetlock. The number of each Bearded Dragon's Humerus equals 16 more than each Frilled Lizard's Bone. The number of each Frilled Lizard's Fetlock equals the sum of each Frog Bog's Gila Monster and each Gila Monster's Fetlock. The number of each Alligator Alley's Frilled Lizard equals each Alligator Alley's Gila Monster. How many Bearded Dragon does Frog Bog have? | Define Gila Monster's Fetlock as N; so N = 18. Define Bearded Dragon's Fetlock as g; so g = N = 18. Define Frog Bog's Gila Monster as s; so s = 9 + N = 9 + 18 = 4. Define Frilled Lizard's Fetlock as E; so E = s + N = 4 + 18 = 22. Define Gila Monster's Humerus as BACK. Define Frilled Lizard's Coffin Bone as G; so G = 20. Define Frog Bog's Bearded Dragon as BACK. Define Gila Monster's Bone as BACK. Define Frilled Lizard's Humerus as l; so l = 13 + E = 13 + 22 = 12. Define Gila Monster's Coffin Bone as H; so H = l + N = 12 + 18 = 7. Define Alligator Alley's Bone as BACK. Define Alligator Alley's Bearded Dragon as J; so J = 18 + G = 18 + 20 = 15. Define Snake Den's Bone as BACK. Define Alligator Alley's Gila Monster as BACK. Define Gila Monster's Humerus as A; Q = J + s = 15 + 4 = 19; so A = Q + g = 19 + 18 = 14. Define Snake Den's Gila Monster as BACK. Define Bearded Dragon's Bone as BACK. Define Snake Den's Animal as BACK. Define Frog Bog's Bearded Dragon as BACK. Define Frog Bog's Bone as BACK. Define Alligator Alley's Bone as BACK. Define Frog Bog's Animal as BACK. Define Alligator Alley's Animal as BACK. Define Snake Den's Bearded Dragon as BACK. Define Alligator Alley's Frilled Lizard as BACK. Define Gila Monster's Bone as T; F = N + A = 18 + 14 = 9; so T = F + H = 9 + 7 = 16. Define Snake Den's Bone as BACK. Define Frog Bog's Bearded Dragon as BACK. Define Snake Den's Gila Monster as K; so K = 18 + T = 18 + 16 = 11. Define Bearded Dragon's Humerus as BACK. Define Alligator Alley's Bone as BACK. Define Frog Bog's Bearded Dragon as BACK. Define Snake Den's Bearded Dragon as u; so u = g + K = 18 + 11 = 6. Define Snake Den's Animal as S; so S = K + u = 11 + 6 = 17. Define Bearded Dragon's Humerus as BACK. Define Frog Bog's Bearded Dragon as P; n = S + K = 17 + 11 = 5; so P = n + l = 5 + 12 = 17. | 17 | hard | 17 |
406 | The number of each Great Victoria Desert's Butterfly equals 16 more than the sum of each Sonoran Desert's Creatures and each Sonoran Desert's Butterfly. The number of each Great Victoria Desert's Hawk equals 19 times as much as the sum of each Great Victoria Desert's Butterfly, each Sonoran Desert's Butterfly and each Sonoran Desert's Creatures. The number of each Sonoran Desert's Butterfly equals 5. How many Hawk does Great Victoria Desert have? | Define Sonoran Desert's Butterfly as b; so b = 5. Define Sonoran Desert's Creatures as a; so a = b = 5. Define Great Victoria Desert's Creatures as BACK. Define Great Victoria Desert's Butterfly as N; Q = a + b = 5 + 5 = 10; so N = 16 + Q = 16 + 10 = 3. Define Great Victoria Desert's Creatures as BACK. Define Great Victoria Desert's Hawk as I; K = N + b = 3 + 5 = 8; f = K + a = 8 + 5 = 13; so I = 19 * f = 19 * 13 = 17. | 17 | hard | 7 |
407 | The number of each Gonium's Frontal Lobe equals the difference of each Nematode's Spinal Nerves and each Nematode's Organs. The number of each Nematode's Spinal Nerves equals 6. How many Organs does Nematode have? | Define Gonium's Frontal Lobe as BACK. Define Nematode's Organs as BACK. Define Gonium's Organs as BACK. Define Nematode's Spinal Nerves as z; so z = 6. Define Gonium's Organs as BACK. Define Nematode's Organs as A; so A = z = 6. | 6 | med | 2 |
408 | The number of each Sealion Show Pool's Carp equals 14. The number of each Crustacean Cove's Eel equals 22. The number of each Rockpool Exhibit's Cod equals 16. The number of each Eel's Radius equals the sum of each Sealion Show Pool's Carp, each Cod's Bone and each Sealion Show Pool's Animal. The number of each Carp's Secondary Feathers equals 4 more than each Crustacean Cove's Eel. How many Carp does Sealion Show Pool have? | Define Rockpool Exhibit's Animal as BACK. Define Carp's Bone as BACK. Define Sealion Show Pool's Carp as l; so l = 14. | 14 | hard | 1 |
409 | The number of each Cakes's Chili Powder equals 22. The number of each Bagels's Basil equals 14. The number of each Cultural Heritage District's Erewhon Market equals the sum of each Sprouts Farmers Market's Cakes, each Lakewinds Food Co-op's Donuts, each Pita Bread's Ingredient and each Lakewinds Food Co-op's Product. The number of each Historic Downtown's Lazy Acres Natural Market equals the sum of each Lazy Acres Natural Market's Product, each Donuts's Ingredient, each Sprouts Farmers Market's Cakes and each Cultural Heritage District's Sprouts Farmers Market. The number of each Erewhon Market's Bagels equals each Bagels's Chili Powder. The number of each Bagels's Chili Powder equals 2. The number of each Lakewinds Food Co-op's Donuts equals each Cakes's Onion Powder. The number of each Historic Downtown's Lakewinds Food Co-op equals each Bagels's Basil. The number of each Lakewinds Food Co-op's Pita Bread equals each Sprouts Farmers Market's Ingredient. The number of each Sprouts Farmers Market's Cakes equals 3 times as much as each Cakes's Chili Powder. The number of each Lazy Acres Natural Market's Donuts equals the sum of each Lakewinds Food Co-op's Product, each Sprouts Farmers Market's Product and each Historic Downtown's Lakewinds Food Co-op. The number of each Cultural Heritage District's Sprouts Farmers Market equals each Bagels's Basil. The number of each Pita Bread's Chili Powder equals each Lakewinds Food Co-op's Pita Bread. The number of each Cakes's Onion Powder equals 15. How many Product does Lakewinds Food Co-op have? | Define Lakewinds Food Co-op's Ingredient as BACK. Define Erewhon Market's Ingredient as BACK. Define Cakes's Chili Powder as f; so f = 22. Define Sprouts Farmers Market's Cakes as t; so t = 3 * f = 3 * 22 = 20. Define Lazy Acres Natural Market's Product as BACK. Define Lazy Acres Natural Market's Ingredient as BACK. Define Cakes's Onion Powder as x; so x = 15. Define Cakes's Ingredient as d; so d = f + x = 22 + 15 = 14. Define Sprouts Farmers Market's Ingredient as P; so P = t * d = 20 * 14 = 4. Define Lakewinds Food Co-op's Pita Bread as H; so H = P = 4. Define Lakewinds Food Co-op's Donuts as O; so O = x = 15. Define Lazy Acres Natural Market's Donuts as BACK. Define Lakewinds Food Co-op's Product as N; so N = O + H = 15 + 4 = 19. | 19 | hard | 8 |
410 | The number of each Great Victoria Desert's Gonium equals the sum of each Great Victoria Desert's Plankton and each Turkestan Desert's Gonium. The number of each Turkestan Desert's Plankton equals 16. The number of each Turkestan Desert's Gonium equals 21 more than each Turkestan Desert's Chlamydomonas. The number of each Great Victoria Desert's Chlamydomonas equals each Turkestan Desert's Chlamydomonas. The number of each Great Victoria Desert's Plankton equals 22 times as much as each Turkestan Desert's Plankton. The number of each Namib Desert's Plankton equals the difference of each Turkestan Desert's Plankton and each Great Victoria Desert's Plankton. The number of each Turkestan Desert's Chlamydomonas equals 19. How many Gonium does Turkestan Desert have? | Define Great Victoria Desert's Plankton as BACK. Define Turkestan Desert's Chlamydomonas as T; so T = 19. Define Turkestan Desert's Gonium as n; so n = 21 + T = 21 + 19 = 17. | 17 | med | 2 |
411 | The number of each Eagle's Coffin Bone equals the sum of each Canary's Sesamoid Bones and each Eagle's Sesamoid Bones. The number of each Eagle's Sesamoid Bones equals 6 times as much as the sum of each Canary's Sesamoid Bones and each Hawk's Coffin Bone. The number of each Hawk's Sesamoid Bones equals 14. The number of each Canary's Sesamoid Bones equals 8. The number of each Canary's Cannon Bone equals each Canary's Sesamoid Bones. The number of each Hawk's Coffin Bone equals 14 more than each Hawk's Sesamoid Bones. The number of each Canary's Coffin Bone equals 9. How many Bone does Hawk have? | Define Hawk's Bone as BACK. Define Hawk's Coffin Bone as BACK. Define Hawk's Sesamoid Bones as v; so v = 14. Define Eagle's Sesamoid Bones as BACK. Define Canary's Cannon Bone as BACK. Define Hawk's Coffin Bone as k; so k = 14 + v = 14 + 14 = 5. Define Hawk's Bone as i; so i = k + v = 5 + 14 = 19. | 19 | med | 3 |
412 | The number of each Pilanesberg National Park's Rockpool Exhibit equals 13. The number of each Penguin Beach's Siren equals each Masai Mara's Enclosure. The number of each Masai Mara's Rockpool Exhibit equals 12 more than the sum of each Penguin Beach's Hellbender and each Masai Mara's Penguin Beach. The number of each Serengeti National Park's Rockpool Exhibit equals each Serengeti National Park's Penguin Beach. The number of each Penguin Beach's Glass Frog equals the sum of each Aquarium's Hellbender, each Masai Mara's Rockpool Exhibit, each Rockpool Exhibit's Animal and each Pilanesberg National Park's Aquarium. The number of each Aquarium's Hellbender equals the sum of each Rockpool Exhibit's Glass Frog, each Serengeti National Park's Penguin Beach and each Masai Mara's Penguin Beach. The number of each Pilanesberg National Park's Aquarium equals 14 times as much as each Penguin Beach's Hellbender. The number of each Rockpool Exhibit's Glass Frog equals each Serengeti National Park's Rockpool Exhibit. The number of each Serengeti National Park's Penguin Beach equals 3 more than each Penguin Beach's Siren. The number of each Penguin Beach's Hellbender equals 11. The number of each Masai Mara's Penguin Beach equals each Pilanesberg National Park's Aquarium. How many Animal does Aquarium have? | Define Penguin Beach's Hellbender as X; so X = 11. Define Penguin Beach's Glass Frog as BACK. Define Aquarium's Animal as BACK. Define Serengeti National Park's Penguin Beach as BACK. Define Pilanesberg National Park's Aquarium as P; so P = 14 * X = 14 * 11 = 16. Define Rockpool Exhibit's Animal as BACK. Define Serengeti National Park's Enclosure as BACK. Define Masai Mara's Penguin Beach as M; so M = P = 16. Define Serengeti National Park's Animal as BACK. Define Masai Mara's Rockpool Exhibit as w; E = X + M = 11 + 16 = 4; so w = 12 + E = 12 + 4 = 16. Define Pilanesberg National Park's Animal as BACK. Define Masai Mara's Enclosure as J; so J = M + w = 16 + 16 = 9. Define Aquarium's Hellbender as BACK. Define Penguin Beach's Siren as I; so I = J = 9. Define Serengeti National Park's Penguin Beach as a; so a = 3 + I = 3 + 9 = 12. Define Serengeti National Park's Rockpool Exhibit as S; so S = a = 12. Define Rockpool Exhibit's Glass Frog as o; so o = S = 12. Define Penguin Beach's Animal as BACK. Define Serengeti National Park's Animal as BACK. Define Aquarium's Hellbender as A; H = o + a = 12 + 12 = 1; so A = H + M = 1 + 16 = 17. Define Aquarium's Animal as m; so m = A = 17. | 17 | med | 13 |
413 | The number of each Detroit Zoo's Ladybug Loft equals the difference of each Zoo Miami's Animal and each Penguin's Bone. The number of each Ladybug Loft's Penguin equals 16. The number of each Ladybug Loft's Woodpecker equals 15 times as much as the sum of each Zoo Miami's Bone, each Penguin's Bone and each Eagle's Bone. The number of each Penguin's Proximal Phalanx equals 1. The number of each Detroit Zoo's Tarantula Terrarium equals 9 more than each Ladybug Loft's Woodpecker. The number of each Detroit Zoo's Spider Web Exhibit equals the sum of each Detroit Zoo's Tarantula Terrarium, each Sydney Zoo's Enclosure, each Eagle's Bone and each Penguin's Proximal Phalanx. The number of each Penguin's Metacarpal I equals each Penguin's Proximal Phalanx. The number of each Woodpecker's Metacarpal V equals 1. The number of each Spider Web Exhibit's Eagle equals each Ladybug Loft's Penguin. How many Bone does Penguin have? | Define Penguin's Proximal Phalanx as T; so T = 1. Define Woodpecker's Bone as BACK. Define Detroit Zoo's Spider Web Exhibit as BACK. Define Penguin's Metacarpal I as o; so o = T = 1. Define Penguin's Bone as G; so G = T + o = 1 + 1 = 2. | 2 | med | 3 |
414 | The number of each Travel Daypack's Envelope equals each Trigonometry Room's Stationery. The number of each Liberty High's Trigonometry Room equals the sum of each Travel Daypack's Ruler, each Liberty High's Computer Engineering Lab and each Southgate Secondary's Computer Engineering Lab. The number of each Thermodynamics Lab's Convertible Backpack equals the difference of each Travel Daypack's Envelope and each Liberty High's Computer Engineering Lab. The number of each Convertible Backpack's Sticky Tape equals each Southgate Secondary's Computer Engineering Lab. The number of each Duffle Backpack's Sticky Tape equals 12 more than each Rosewood High's Trigonometry Room. The number of each Computer Engineering Lab's Travel Daypack equals each Thermodynamics Lab's Stationery. The number of each Southgate Secondary's Trigonometry Room equals each Rosewood High's Trigonometry Room. The number of each Computer Engineering Lab's Duffle Backpack equals 18. The number of each Liberty High's Computer Engineering Lab equals 6 more than the difference of each Rosewood High's Thermodynamics Lab and each Computer Engineering Lab's Duffle Backpack. The number of each Rosewood High's Thermodynamics Lab equals each Computer Engineering Lab's Duffle Backpack. The number of each Travel Daypack's Ruler equals the sum of each Thermodynamics Lab's Backpack and each Convertible Backpack's Sticky Tape. The number of each Trigonometry Room's Convertible Backpack equals each Convertible Backpack's Stationery. The number of each Thermodynamics Lab's Travel Daypack equals each Thermodynamics Lab's Duffle Backpack. The number of each Duffle Backpack's Ruler equals 13 times as much as each Liberty High's Trigonometry Room. The number of each Southgate Secondary's Thermodynamics Lab equals 10 more than each Duffle Backpack's Ruler. The number of each Rosewood High's Trigonometry Room equals 10. The number of each Thermodynamics Lab's Duffle Backpack equals 12. The number of each Southgate Secondary's Computer Engineering Lab equals 15 more than each Duffle Backpack's Envelope. The number of each Duffle Backpack's Envelope equals 16 times as much as each Liberty High's Computer Engineering Lab. How many Trigonometry Room does Liberty High have? | Define Computer Engineering Lab's Duffle Backpack as Z; so Z = 18. Define Rosewood High's Thermodynamics Lab as b; so b = Z = 18. Define Thermodynamics Lab's Travel Daypack as BACK. Define Liberty High's Trigonometry Room as BACK. Define Liberty High's Computer Engineering Lab as V; R = b - Z = 18 - 18 = 0; so V = 6 + R = 6 + 0 = 6. Define Liberty High's Stationery as BACK. Define Duffle Backpack's Envelope as T; so T = 16 * V = 16 * 6 = 4. Define Liberty High's Backpack as BACK. Define Thermodynamics Lab's Backpack as BACK. Define Southgate Secondary's Backpack as BACK. Define Southgate Secondary's Computer Engineering Lab as c; so c = 15 + T = 15 + 4 = 19. Define Convertible Backpack's Sticky Tape as Q; so Q = c = 19. Define Convertible Backpack's Stationery as A; so A = Q = 19. Define Computer Engineering Lab's Stationery as BACK. Define Trigonometry Room's Convertible Backpack as M; so M = A = 19. Define Southgate Secondary's Backpack as BACK. Define Rosewood High's Backpack as BACK. Define Rosewood High's Stationery as BACK. Define Trigonometry Room's Stationery as x; so x = M * A = 19 * 19 = 16. Define Rosewood High's Stationery as BACK. Define Computer Engineering Lab's Travel Daypack as BACK. Define Southgate Secondary's Trigonometry Room as BACK. Define Computer Engineering Lab's Stationery as BACK. Define Travel Daypack's Envelope as C; so C = x = 16. Define Travel Daypack's Ruler as BACK. Define Thermodynamics Lab's Convertible Backpack as P; so P = C - V = 16 - 6 = 10. Define Liberty High's Backpack as BACK. Define Travel Daypack's Stationery as BACK. Define Thermodynamics Lab's Duffle Backpack as i; so i = 12. Define Liberty High's Classroom as BACK. Define Liberty High's Backpack as BACK. Define Thermodynamics Lab's Travel Daypack as e; so e = i = 12. Define Thermodynamics Lab's Backpack as g; n = e + i = 12 + 12 = 1; so g = n + P = 1 + 10 = 11. Define Computer Engineering Lab's Backpack as BACK. Define Travel Daypack's Ruler as z; so z = g + Q = 11 + 19 = 7. Define Duffle Backpack's Stationery as BACK. Define Liberty High's Trigonometry Room as d; S = z + V = 7 + 6 = 13; so d = S + c = 13 + 19 = 9. | 9 | hard | 19 |
415 | The number of each Liquor's Mushrooms equals each Liquor's Celery. The number of each Archaeological District's Whole Foods Market equals the sum of each Juices's Spinach, each Dean's Natural Food Market's Product, each Whole Foods Market's Juices and each Historic Plantation's Product. The number of each Natural Grocers's Liquor equals 15 more than each Juices's Spinach. The number of each Liquor's Celery equals 9 times as much as the sum of each Whole Foods Market's Product and each Natural Grocers's Liquor. The number of each Beer's Mushrooms equals each Juices's Celery. The number of each Liquor's Spinach equals each Juices's Mushrooms. The number of each Archaeological District's Dean's Natural Food Market equals 11 more than the difference of each Liquor's Celery and each Juices's Celery. The number of each Colonial District's Whole Foods Market equals each Juices's Mushrooms. The number of each Dean's Natural Food Market's Beer equals 20. The number of each Whole Foods Market's Juices equals 9 times as much as the sum of each Natural Grocers's Product, each Historic Plantation's Product and each Juices's Spinach. The number of each Colonial District's Natural Grocers equals 0. The number of each Whole Foods Market's Beer equals each Whole Foods Market's Juices. The number of each Archaeological District's Natural Grocers equals each Dean's Natural Food Market's Beer. The number of each Juices's Mushrooms equals 22 times as much as each Archaeological District's Natural Grocers. The number of each Juices's Celery equals 21 more than the difference of each Liquor's Mushrooms and each Juices's Spinach. The number of each Juices's Spinach equals each Historic Plantation's Product. How many Celery does Juices have? | Define Juices's Celery as BACK. Define Juices's Ingredient as BACK. Define Historic Plantation's Product as t; so t = 0. Define Dean's Natural Food Market's Product as BACK. Define Juices's Spinach as H; so H = t = 0. Define Natural Grocers's Liquor as l; so l = 15 + H = 15 + 0 = 15. Define Colonial District's Supermarket as BACK. Define Juices's Ingredient as BACK. Define Dean's Natural Food Market's Ingredient as BACK. Define Natural Grocers's Product as F; so F = l = 15. Define Whole Foods Market's Juices as O; h = F + t = 15 + 0 = 15; L = h + H = 15 + 0 = 15; so O = 9 * L = 9 * 15 = 20. Define Whole Foods Market's Beer as f; so f = O = 20. Define Archaeological District's Whole Foods Market as BACK. Define Whole Foods Market's Product as i; so i = f + O = 20 + 20 = 17. Define Liquor's Celery as P; u = i + l = 17 + 15 = 9; so P = 9 * u = 9 * 9 = 12. Define Juices's Celery as BACK. Define Liquor's Ingredient as BACK. Define Archaeological District's Supermarket as BACK. Define Liquor's Mushrooms as S; so S = P = 12. Define Juices's Celery as r; z = S - H = 12 - 0 = 12; so r = 21 + z = 21 + 12 = 10. | 10 | med | 14 |
416 | The number of each Picnic Backpack's Envelope equals each Diaper Backpack's Envelope. The number of each Music Room's Picnic Backpack equals each Picnic Backpack's Stationery. The number of each Concealed Carry Backpack's Envelope equals 13. The number of each Drawing Studio's Diaper Backpack equals 13. The number of each Music Room's Concealed Carry Backpack equals the difference of each Music Room's Diaper Backpack and each History Classroom's Backpack. The number of each Picnic Backpack's Stapler equals 13. The number of each Concealed Carry Backpack's Stapler equals 11 more than each Concealed Carry Backpack's Push Pins. The number of each Picnic Backpack's Push Pins equals 17. The number of each History Classroom's Diaper Backpack equals each Concealed Carry Backpack's Stapler. The number of each Concealed Carry Backpack's Push Pins equals each Diaper Backpack's Envelope. The number of each History Classroom's Concealed Carry Backpack equals each Picnic Backpack's Stationery. The number of each History Classroom's Picnic Backpack equals each Drawing Studio's Picnic Backpack. The number of each Diaper Backpack's Push Pins equals 2 times as much as the difference of each Drawing Studio's Concealed Carry Backpack and each Picnic Backpack's Push Pins. The number of each Drawing Studio's Picnic Backpack equals 22. The number of each Music Room's Diaper Backpack equals 12. The number of each Drawing Studio's Concealed Carry Backpack equals the difference of each Picnic Backpack's Push Pins and each Drawing Studio's Picnic Backpack. The number of each Diaper Backpack's Stapler equals each History Classroom's Picnic Backpack. The number of each Diaper Backpack's Envelope equals 3 times as much as each Picnic Backpack's Stapler. How many Stapler does Concealed Carry Backpack have? | Define Music Room's Concealed Carry Backpack as BACK. Define Music Room's Picnic Backpack as BACK. Define Drawing Studio's Concealed Carry Backpack as BACK. Define History Classroom's Diaper Backpack as BACK. Define Diaper Backpack's Stationery as BACK. Define Drawing Studio's Stationery as BACK. Define Music Room's Stationery as BACK. Define Diaper Backpack's Envelope as BACK. Define Music Room's Backpack as BACK. Define Picnic Backpack's Stapler as D; so D = 13. Define Picnic Backpack's Envelope as BACK. Define Diaper Backpack's Stationery as BACK. Define Diaper Backpack's Envelope as G; so G = 3 * D = 3 * 13 = 16. Define Diaper Backpack's Push Pins as BACK. Define Concealed Carry Backpack's Push Pins as a; so a = G = 16. Define Concealed Carry Backpack's Stationery as BACK. Define Concealed Carry Backpack's Stapler as R; so R = 11 + a = 11 + 16 = 4. | 4 | hard | 4 |
417 | The number of each Pleural Cavity's Sensory Neurons equals 19. The number of each Pleura's Hippocampal Neurons equals each Larynx's Sensory Neurons. The number of each Larynx's Neurons equals 22 more than each Pleural Cavity's Interneurons. The number of each Vocal Cords's Sensory Neurons equals 1. The number of each Pleura's Interneurons equals the sum of each Larynx's Hippocampal Neurons, each Larynx's Sensory Neurons, each Pleural Cavity's Neurons and each Vocal Cords's Interneurons. The number of each Pleural Cavity's Hippocampal Neurons equals 14. The number of each Vocal Cords's Interneurons equals 7. The number of each Pleura's Sensory Neurons equals each Pleural Cavity's Sensory Neurons. The number of each Pleural Cavity's Neurons equals each Vocal Cords's Hippocampal Neurons. The number of each Pleura's Neurons equals each Pleural Cavity's Sensory Neurons. The number of each Vocal Cords's Hippocampal Neurons equals each Vocal Cords's Neurons. The number of each Larynx's Hippocampal Neurons equals each Larynx's Sensory Neurons. The number of each Larynx's Interneurons equals the difference of each Pleural Cavity's Interneurons and each Pleural Cavity's Cells. The number of each Pleural Cavity's Interneurons equals 8 more than each Pleural Cavity's Sensory Neurons. The number of each Vocal Cords's Neurons equals 4. The number of each Larynx's Sensory Neurons equals each Pleural Cavity's Neurons. How many Hippocampal Neurons does Larynx have? | Define Larynx's Hippocampal Neurons as BACK. Define Vocal Cords's Neurons as r; so r = 4. Define Vocal Cords's Hippocampal Neurons as c; so c = r = 4. Define Larynx's Sensory Neurons as BACK. Define Pleural Cavity's Neurons as j; so j = c = 4. Define Larynx's Sensory Neurons as q; so q = j = 4. Define Pleura's Sensory Neurons as BACK. Define Larynx's Hippocampal Neurons as f; so f = q = 4. | 4 | hard | 5 |
418 | The number of each WebMasters Academy's Thermodynamics Lab equals 9. The number of each WebMasters Academy's Control Systems Lab equals 14. The number of each Thermodynamics Lab's Camera Backpack equals the sum of each Thermodynamics Lab's Daily Work Backpack and each Online Academy's Control Systems Lab. The number of each Online Academy's Control Systems Lab equals 19. The number of each Online Academy's Thermodynamics Lab equals 5 times as much as each Online Academy's Control Systems Lab. The number of each Control Systems Lab's Daily Work Backpack equals each WebMasters Academy's Thermodynamics Lab. The number of each Control Systems Lab's Camera Backpack equals the sum of each WebMasters Academy's Thermodynamics Lab and each Control Systems Lab's Daily Work Backpack. The number of each Thermodynamics Lab's Daily Work Backpack equals 3 times as much as each Online Academy's Thermodynamics Lab. How many Backpack does Thermodynamics Lab have? | Define Online Academy's Control Systems Lab as u; so u = 19. Define WebMasters Academy's Classroom as BACK. Define Online Academy's Thermodynamics Lab as z; so z = 5 * u = 5 * 19 = 3. Define Thermodynamics Lab's Daily Work Backpack as Q; so Q = 3 * z = 3 * 3 = 9. Define Thermodynamics Lab's Camera Backpack as I; so I = Q + u = 9 + 19 = 5. Define Thermodynamics Lab's Backpack as x; so x = I + Q = 5 + 9 = 14. | 14 | med | 5 |
419 | The number of each Chemistry Lab's Bookbag equals 20 times as much as each Astronomy Lab's Two-Strap Backpack. The number of each Botany Lab's Two-Strap Backpack equals the difference of each Chemistry Lab's Backpack and each Chemistry Lab's Fashion School Backpack. The number of each Geology Lab's Two-Strap Backpack equals each Botany Lab's Backpack. The number of each Geology Lab's Fashion School Backpack equals 16 times as much as each Geology Lab's Bookbag. The number of each Botany Lab's Fashion School Backpack equals each Astronomy Lab's Anti-Theft Backpack. The number of each Chemistry Lab's Fashion School Backpack equals each Botany Lab's Bookbag. The number of each Botany Lab's Anti-Theft Backpack equals 12 times as much as each Astronomy Lab's Anti-Theft Backpack. The number of each Astronomy Lab's Two-Strap Backpack equals each Astronomy Lab's Anti-Theft Backpack. The number of each Astronomy Lab's Fashion School Backpack equals 21 times as much as the sum of each Botany Lab's Backpack, each Chemistry Lab's Bookbag and each Chemistry Lab's Backpack. The number of each Botany Lab's Bookbag equals the difference of each Geology Lab's Anti-Theft Backpack and each Astronomy Lab's Two-Strap Backpack. The number of each Chemistry Lab's Anti-Theft Backpack equals 8. The number of each Astronomy Lab's Anti-Theft Backpack equals each Astronomy Lab's Bookbag. The number of each Geology Lab's Anti-Theft Backpack equals the difference of each Chemistry Lab's Anti-Theft Backpack and each Astronomy Lab's Two-Strap Backpack. The number of each Chemistry Lab's Two-Strap Backpack equals each Astronomy Lab's Two-Strap Backpack. The number of each Astronomy Lab's Bookbag equals 1. The number of each Geology Lab's Bookbag equals 11. How many Two-Strap Backpack does Geology Lab have? | Define Botany Lab's Backpack as BACK. Define Botany Lab's Bookbag as BACK. Define Chemistry Lab's Backpack as BACK. Define Astronomy Lab's Bookbag as i; so i = 1. Define Astronomy Lab's Two-Strap Backpack as BACK. Define Astronomy Lab's Anti-Theft Backpack as z; so z = i = 1. Define Astronomy Lab's Two-Strap Backpack as I; so I = z = 1. Define Chemistry Lab's Two-Strap Backpack as y; so y = I = 1. Define Chemistry Lab's Anti-Theft Backpack as t; so t = 8. Define Geology Lab's Anti-Theft Backpack as R; so R = t - I = 8 - 1 = 7. Define Botany Lab's Anti-Theft Backpack as H; so H = 12 * z = 12 * 1 = 12. Define Botany Lab's Bookbag as E; so E = R - I = 7 - 1 = 6. Define Chemistry Lab's Bookbag as Y; so Y = 20 * I = 20 * 1 = 20. Define Geology Lab's Backpack as BACK. Define Chemistry Lab's Backpack as BACK. Define Chemistry Lab's Fashion School Backpack as d; so d = E = 6. Define Botany Lab's Backpack as BACK. Define Chemistry Lab's Backpack as f; W = t + d = 8 + 6 = 14; Q = W + y = 14 + 1 = 15; so f = Q + Y = 15 + 20 = 12. Define Botany Lab's Two-Strap Backpack as P; so P = f - d = 12 - 6 = 6. Define Astronomy Lab's Fashion School Backpack as BACK. Define Geology Lab's Backpack as BACK. Define Botany Lab's Fashion School Backpack as A; so A = z = 1. Define Botany Lab's Backpack as B; m = H + A = 12 + 1 = 13; F = m + P = 13 + 6 = 19; so B = F + E = 19 + 6 = 2. Define Geology Lab's Fashion School Backpack as BACK. Define Astronomy Lab's Backpack as BACK. Define Geology Lab's Two-Strap Backpack as D; so D = B = 2. | 2 | hard | 19 |
420 | The number of each Castle District's Seafood City Supermarket equals the sum of each Art Deco District's Valli Produce, each Seafood City Supermarket's Product, each Seafood City Supermarket's Granola Bars and each Seafood City Supermarket's Salsa. The number of each Potato Chips's Lettuce equals each Seafood City Supermarket's Ingredient. The number of each Art Deco District's Valli Produce equals 10 times as much as the difference of each Seafood City Supermarket's Granola Bars and each Seafood City Supermarket's Salsa. The number of each Seafood City Supermarket's Granola Bars equals 10. The number of each Salsa's Eggplant equals 5. The number of each Valli Produce's Potato Chips equals 4 times as much as the sum of each Potato Chips's Ingredient and each Galleria Supermarket's Product. The number of each Seafood City Supermarket's Salsa equals 1 times as much as each Seafood City Supermarket's Granola Bars. The number of each Art Deco District's Galleria Supermarket equals the difference of each Granola Bars's Ingredient and each Galleria Supermarket's Product. The number of each Granola Bars's Asparagus equals each Castle District's Product. How many Asparagus does Granola Bars have? | Define Seafood City Supermarket's Granola Bars as A; so A = 10. Define Seafood City Supermarket's Salsa as Y; so Y = 1 * A = 1 * 10 = 10. Define Potato Chips's Ingredient as BACK. Define Granola Bars's Asparagus as BACK. Define Art Deco District's Valli Produce as q; K = A - Y = 10 - 10 = 0; so q = 10 * K = 10 * 0 = 0. Define Castle District's Ingredient as BACK. Define Valli Produce's Potato Chips as BACK. Define Granola Bars's Ingredient as BACK. Define Seafood City Supermarket's Product as v; so v = A + Y = 10 + 10 = 20. Define Castle District's Seafood City Supermarket as S; c = q + v = 0 + 20 = 20; e = c + A = 20 + 10 = 7; so S = e + Y = 7 + 10 = 17. Define Castle District's Product as J; so J = S * v = 17 * 20 = 18. Define Art Deco District's Supermarket as BACK. Define Granola Bars's Asparagus as a; so a = J = 18. | 18 | hard | 10 |
421 | The number of each International School District's Erewhon Market equals 6. The number of each MOM's Organic Market's Bagels equals 6 more than each Erewhon Market's Muffins. The number of each Erewhon Market's Muffins equals 4. The number of each International School District's Lazy Acres Natural Market equals 7. The number of each College Town's Lazy Acres Natural Market equals 1 times as much as the sum of each MOM's Organic Market's Product, each MOM's Organic Market's Bagels and each Erewhon Market's Muffins. The number of each Lazy Acres Natural Market's Pita Bread equals 11 times as much as the sum of each Erewhon Market's Muffins, each MOM's Organic Market's Bagels and each MOM's Organic Market's Product. The number of each Language School District's Erewhon Market equals each Lazy Acres Natural Market's Product. The number of each International School District's MOM's Organic Market equals each Language School District's MOM's Organic Market. The number of each Erewhon Market's Pita Bread equals the sum of each College Town's Lazy Acres Natural Market, each Lazy Acres Natural Market's Pita Bread and each College Town's Product. The number of each Language School District's MOM's Organic Market equals 15. How many Product does College Town have? | Define Erewhon Market's Muffins as Y; so Y = 4. Define MOM's Organic Market's Bagels as e; so e = 6 + Y = 6 + 4 = 10. Define MOM's Organic Market's Product as X; so X = e = 10. Define Erewhon Market's Product as BACK. Define Lazy Acres Natural Market's Pita Bread as h; M = Y + e = 4 + 10 = 14; K = M + X = 14 + 10 = 1; so h = 11 * K = 11 * 1 = 11. Define International School District's Product as BACK. Define College Town's Lazy Acres Natural Market as z; m = X + e = 10 + 10 = 20; I = m + Y = 20 + 4 = 1; so z = 1 * I = 1 * 1 = 1. Define Language School District's Erewhon Market as BACK. Define Lazy Acres Natural Market's Product as j; so j = h = 11. Define College Town's Product as B; so B = z * j = 1 * 11 = 11. | 11 | hard | 11 |
422 | The number of each Springfield Primary's Zoology Lab equals the sum of each Hilltop Elementary's Classroom, each Computer Science Lab's Musical Instrument Backpack, each Hilltop Elementary's Geology Lab and each Computer Science Lab's Fishing Backpack. The number of each Zoology Lab's Musical Instrument Backpack equals 17. The number of each Maple Grove Elementary's Computer Science Lab equals each Computer Science Lab's Musical Instrument Backpack. The number of each Zoology Lab's First Aid Backpack equals 2. The number of each Hilltop Elementary's Geology Lab equals 5. The number of each Maple Grove Elementary's Zoology Lab equals 21 times as much as each Zoology Lab's Musical Instrument Backpack. The number of each Springfield Primary's Computer Science Lab equals each Zoology Lab's Musical Instrument Backpack. The number of each Geology Lab's Musical Instrument Backpack equals 7. The number of each Computer Science Lab's First Aid Backpack equals each Zoology Lab's Musical Instrument Backpack. The number of each Computer Science Lab's Fishing Backpack equals 16 more than the difference of each Maple Grove Elementary's Zoology Lab and each Zoology Lab's Musical Instrument Backpack. The number of each Computer Science Lab's Musical Instrument Backpack equals each Maple Grove Elementary's Zoology Lab. The number of each Geology Lab's First Aid Backpack equals 20. How many Backpack does Computer Science Lab have? | Define Zoology Lab's Musical Instrument Backpack as Y; so Y = 17. Define Springfield Primary's Backpack as BACK. Define Springfield Primary's Zoology Lab as BACK. Define Maple Grove Elementary's Zoology Lab as L; so L = 21 * Y = 21 * 17 = 12. Define Computer Science Lab's Fishing Backpack as s; U = L - Y = 12 - 17 = 18; so s = 16 + U = 16 + 18 = 11. Define Computer Science Lab's Backpack as BACK. Define Computer Science Lab's First Aid Backpack as I; so I = Y = 17. Define Geology Lab's Backpack as BACK. Define Computer Science Lab's Musical Instrument Backpack as A; so A = L = 12. Define Springfield Primary's Zoology Lab as BACK. Define Computer Science Lab's Backpack as c; v = I + s = 17 + 11 = 5; so c = v + A = 5 + 12 = 17. | 17 | med | 8 |
423 | The number of each Chapultepec Park in Mexico City's Bald Eagle equals 10 more than each Bald Eagle's Pulmonary Veins. The number of each Bald Eagle's Pulmonary Veins equals 6. The number of each Bald Eagle's Veins equals 1 more than each Griffith Park in Los Angeles's Creatures. The number of each Chapultepec Park in Mexico City's Parrot equals each Parrot's Pulmonary Veins. The number of each Griffith Park in Los Angeles's Parrot equals 8 times as much as each Griffith Park in Los Angeles's Bald Eagle. The number of each Parrot's Pulmonary Veins equals 9. The number of each Griffith Park in Los Angeles's Bald Eagle equals 16. How many Organs does Bald Eagle have? | Define Griffith Park in Los Angeles's Bald Eagle as D; so D = 16. Define Griffith Park in Los Angeles's Parrot as h; so h = 8 * D = 8 * 16 = 13. Define Parrot's Organs as BACK. Define Griffith Park in Los Angeles's Creatures as O; so O = h + D = 13 + 16 = 6. Define Bald Eagle's Veins as K; so K = 1 + O = 1 + 6 = 7. Define Griffith Park in Los Angeles's Organs as BACK. Define Chapultepec Park in Mexico City's Organs as BACK. Define Parrot's Organs as BACK. Define Bald Eagle's Pulmonary Veins as W; so W = 6. Define Bald Eagle's Organs as d; so d = W + K = 6 + 7 = 13. | 13 | med | 6 |
424 | The number of each Galleria Supermarket's Brie Cheese equals each New Grand Mart's Ingredient. The number of each Parliamentary District's Galleria Supermarket equals 15. The number of each Parliamentary District's Seabra Foods equals 13 times as much as the sum of each New Grand Mart's Product, each Federal District's New Grand Mart and each Brie Cheese's Ingredient. The number of each Judicial District's Galleria Supermarket equals 16. The number of each New Grand Mart's Brie Cheese equals each Seabra Foods's Sour Cream. The number of each Galleria Supermarket's Sour Cream equals 11 times as much as each Seabra Foods's Product. The number of each Brie Cheese's Peas equals the sum of each Galleria Supermarket's Sour Cream and each Seabra Foods's Product. The number of each Sour Cream's Garlic equals 6. The number of each Federal District's New Grand Mart equals 22. The number of each Seabra Foods's Sour Cream equals 18. The number of each Federal District's Galleria Supermarket equals each Federal District's New Grand Mart. How many Brie Cheese does Galleria Supermarket have? | Define Galleria Supermarket's Product as BACK. Define Parliamentary District's Product as BACK. Define Parliamentary District's Seabra Foods as BACK. Define Seabra Foods's Sour Cream as c; so c = 18. Define Seabra Foods's Product as A; so A = c = 18. Define Galleria Supermarket's Sour Cream as T; so T = 11 * A = 11 * 18 = 14. Define New Grand Mart's Ingredient as BACK. Define Parliamentary District's Supermarket as BACK. Define Brie Cheese's Peas as U; so U = T + A = 14 + 18 = 9. Define Parliamentary District's Seabra Foods as BACK. Define New Grand Mart's Brie Cheese as q; so q = c = 18. Define Judicial District's Supermarket as BACK. Define Brie Cheese's Ingredient as C; so C = U = 9. Define New Grand Mart's Ingredient as h; so h = q * C = 18 * 9 = 1. Define Galleria Supermarket's Brie Cheese as I; so I = h = 1. | 1 | hard | 8 |
425 | The number of each Bottled Water's Orange equals 9. The number of each Smoothies's Grapefruit equals the sum of each Deliveroo's Product and each Deliveroo's Smoothies. The number of each Deliveroo's Bottled Water equals each Uber Eats's Smoothies. The number of each FreshDirect's Juices equals each Uber Eats's Smoothies. The number of each Bottled Water's Lemon equals each Uber Eats's Ingredient. The number of each Deliveroo's Juices equals 1. The number of each Bottled Water's Grapefruit equals 15 times as much as the sum of each Deliveroo's Smoothies, each FreshDirect's Juices and each FreshDirect's Product. The number of each Smoothies's Lemon equals the sum of each FreshDirect's Ingredient and each FreshDirect's Juices. The number of each Deliveroo's Smoothies equals each Uber Eats's Product. The number of each Uber Eats's Smoothies equals 11. How many Lemon does Bottled Water have? | Define FreshDirect's Product as BACK. Define FreshDirect's Ingredient as BACK. Define Uber Eats's Smoothies as U; so U = 11. Define Deliveroo's Smoothies as BACK. Define Smoothies's Ingredient as BACK. Define Uber Eats's Product as F; so F = U = 11. Define Deliveroo's Product as BACK. Define Deliveroo's Smoothies as O; so O = F = 11. Define Deliveroo's Bottled Water as Z; so Z = U = 11. Define Deliveroo's Product as BACK. Define Deliveroo's Juices as o; so o = 1. Define Deliveroo's Product as q; Y = o + O = 1 + 11 = 12; so q = Y + Z = 12 + 11 = 0. Define FreshDirect's Product as BACK. Define Smoothies's Grapefruit as J; so J = q + O = 0 + 11 = 11. Define Smoothies's Lemon as BACK. Define FreshDirect's Juices as A; so A = U = 11. Define Juices's Ingredient as l; so l = 0. Define Bottled Water's Lemon as BACK. Define FreshDirect's Ingredient as p; so p = A * l = 11 * 0 = 0. Define Bottled Water's Ingredient as BACK. Define Smoothies's Lemon as k; so k = p + A = 0 + 11 = 11. Define Smoothies's Ingredient as S; so S = J + k = 11 + 11 = 22. Define Deliveroo's Ingredient as BACK. Define Uber Eats's Ingredient as D; so D = U * S = 11 * 22 = 12. Define Bottled Water's Lemon as M; so M = D = 12. | 12 | med | 15 |
426 | The number of each Falcon's Cannon Bone equals 11 times as much as each Penguin's Scapula. The number of each Adventure Aquarium's Cockroach Corner equals the difference of each Penguin's Cannon Bone and each Cockroach Corner's Falcon. The number of each Adventure Aquarium's Worm World equals each Worm World's Penguin. The number of each Penguin's Humerus equals each Penguin's Scapula. The number of each Penguin's Scapula equals 3 times as much as each Vancouver Aquarium's Cockroach Corner. The number of each Worm World's Falcon equals 22 times as much as the sum of each Penguin's Cannon Bone and each Worm World's Penguin. The number of each Oceanografic's Worm World equals each Falcon's Humerus. The number of each Vancouver Aquarium's Cockroach Corner equals 17. The number of each Cockroach Corner's Penguin equals 2 times as much as each Falcon's Humerus. The number of each Cockroach Corner's Falcon equals each Cockroach Corner's Penguin. The number of each Falcon's Humerus equals 9. The number of each Penguin's Cannon Bone equals 12 times as much as each Falcon's Humerus. The number of each Oceanografic's Cockroach Corner equals each Vancouver Aquarium's Cockroach Corner. The number of each Worm World's Penguin equals 21 more than each Penguin's Cannon Bone. How many Animal does Adventure Aquarium have? | Define Falcon's Humerus as a; so a = 9. Define Penguin's Cannon Bone as d; so d = 12 * a = 12 * 9 = 16. Define Worm World's Penguin as L; so L = 21 + d = 21 + 16 = 14. Define Worm World's Animal as BACK. Define Cockroach Corner's Bone as BACK. Define Penguin's Humerus as BACK. Define Worm World's Falcon as W; V = d + L = 16 + 14 = 7; so W = 22 * V = 22 * 7 = 16. Define Cockroach Corner's Penguin as o; so o = 2 * a = 2 * 9 = 18. Define Vancouver Aquarium's Bone as BACK. Define Adventure Aquarium's Bone as BACK. Define Cockroach Corner's Falcon as S; so S = o = 18. Define Cockroach Corner's Animal as m; so m = S + o = 18 + 18 = 13. Define Worm World's Animal as e; so e = W + L = 16 + 14 = 7. Define Adventure Aquarium's Bone as BACK. Define Falcon's Bone as BACK. Define Oceanografic's Bone as BACK. Define Adventure Aquarium's Worm World as N; so N = L = 14. Define Adventure Aquarium's Animal as BACK. Define Adventure Aquarium's Cockroach Corner as J; so J = d - S = 16 - 18 = 21. Define Penguin's Humerus as BACK. Define Oceanografic's Animal as BACK. Define Vancouver Aquarium's Animal as BACK. Define Falcon's Bone as BACK. Define Oceanografic's Cockroach Corner as BACK. Define Penguin's Scapula as BACK. Define Adventure Aquarium's Animal as b; x = N * e = 14 * 7 = 6; y = J * m = 21 * 13 = 20; so b = x + y = 6 + 20 = 3. | 3 | med | 14 |
427 | The number of each Business Management Room's Crossfit Backpack equals 1 more than the difference of each Business Management Room's Gym Backpack and each Education Studies Room's Crossfit Backpack. The number of each Education Studies Room's Crossfit Backpack equals each Business Management Room's Gym Backpack. The number of each Business Management Room's Gym Backpack equals 8. The number of each Education Studies Room's Gym Backpack equals 21 more than the sum of each Business Management Room's Backpack, each Business Management Room's Crossfit Backpack and each Business Management Room's Gym Backpack. How many Backpack does Education Studies Room have? | Define Business Management Room's Gym Backpack as G; so G = 8. Define Education Studies Room's Backpack as BACK. Define Business Management Room's Crossfit Backpack as BACK. Define Education Studies Room's Crossfit Backpack as Y; so Y = G = 8. Define Business Management Room's Crossfit Backpack as r; E = G - Y = 8 - 8 = 0; so r = 1 + E = 1 + 0 = 1. Define Business Management Room's Backpack as b; so b = r + G = 1 + 8 = 9. Define Education Studies Room's Gym Backpack as B; y = b + r = 9 + 1 = 10; w = y + G = 10 + 8 = 18; so B = 21 + w = 21 + 18 = 16. Define Education Studies Room's Backpack as t; so t = Y + B = 8 + 16 = 1. | 1 | med | 9 |
428 | The number of each Political Science Room's Briefcase Backpack equals each Westridge Elementary's Geography Lab. The number of each Hardshell Backpack's Laminating Sheets equals each Political Science Room's Briefcase Backpack. The number of each Westridge Elementary's Geography Lab equals 18. The number of each Briefcase Backpack's Binder Clip equals 7 more than each Westridge Elementary's Classroom. The number of each Work Rucksack's Binder Clip equals 1 times as much as the difference of each Westridge Elementary's Geography Lab and each Political Science Room's Work Rucksack. The number of each Work Rucksack's Laminating Sheets equals each Political Science Room's Hardshell Backpack. The number of each Political Science Room's Hardshell Backpack equals 14 more than the sum of each Westridge Elementary's Geography Lab, each Political Science Room's Work Rucksack and each Work Rucksack's Binder Clip. The number of each Westridge Elementary's Political Science Room equals 12 times as much as the sum of each Pine Ridge Elementary's Political Science Room and each Political Science Room's Work Rucksack. The number of each Mountain Peak Elementary's Geography Lab equals 11 more than each Westridge Elementary's Political Science Room. The number of each Geography Lab's Work Rucksack equals each Hardshell Backpack's Laminating Sheets. The number of each Briefcase Backpack's Laminating Sheets equals 4 times as much as the sum of each Pine Ridge Elementary's Classroom, each Briefcase Backpack's Binder Clip and each Political Science Room's Backpack. The number of each Geography Lab's Briefcase Backpack equals 6 more than each Hardshell Backpack's Binder Clip. The number of each Geography Lab's Hardshell Backpack equals the difference of each Work Rucksack's Laminating Sheets and each Mountain Peak Elementary's Geography Lab. The number of each Pine Ridge Elementary's Political Science Room equals 17. The number of each Pine Ridge Elementary's Geography Lab equals each Work Rucksack's Binder Clip. The number of each Political Science Room's Work Rucksack equals 16 times as much as each Westridge Elementary's Geography Lab. The number of each Hardshell Backpack's Binder Clip equals 11. The number of each Mountain Peak Elementary's Political Science Room equals 11. How many Political Science Room does Pine Ridge Elementary have? | Define Pine Ridge Elementary's Political Science Room as V; so V = 17. | 17 | hard | 1 |
429 | The number of each Cultural Studies Classroom's Laptop Backpack equals 15. The number of each Photography Studio's Student Rucksack equals 15. The number of each Cultural Studies Classroom's Student Rucksack equals 3 times as much as each Graphic Design Studio's Student Rucksack. The number of each Photography Studio's Laptop Backpack equals 19 times as much as each Cultural Studies Classroom's Laptop Backpack. The number of each Graphic Design Studio's Student Rucksack equals each Photography Studio's Student Rucksack. The number of each Graphic Design Studio's Laptop Backpack equals each Cultural Studies Classroom's Student Rucksack. How many Backpack does Graphic Design Studio have? | Define Graphic Design Studio's Laptop Backpack as BACK. Define Photography Studio's Student Rucksack as y; so y = 15. Define Photography Studio's Laptop Backpack as BACK. Define Graphic Design Studio's Laptop Backpack as BACK. Define Graphic Design Studio's Student Rucksack as s; so s = y = 15. Define Photography Studio's Backpack as BACK. Define Photography Studio's Laptop Backpack as BACK. Define Cultural Studies Classroom's Backpack as BACK. Define Graphic Design Studio's Laptop Backpack as BACK. Define Graphic Design Studio's Backpack as BACK. Define Cultural Studies Classroom's Student Rucksack as r; so r = 3 * s = 3 * 15 = 22. Define Graphic Design Studio's Laptop Backpack as c; so c = r = 22. Define Graphic Design Studio's Backpack as U; so U = c + s = 22 + 15 = 14. | 14 | med | 5 |
430 | The number of each Occipital Lobe's Megakaryocytes equals 13. The number of each Amygdala's B Cells equals 2 times as much as the sum of each Parietal Lobe's Cells, each Parietal Lobe's Megakaryocytes and each Parietal Lobe's B Cells. The number of each Occipital Lobe's B Cells equals 14 more than each Leprechaun's Occipital Lobe. The number of each Leprechaun's Parietal Lobe equals 7. The number of each Leprechaun's Amygdala equals the difference of each Parietal Lobe's B Cells and each Occipital Lobe's Megakaryocytes. The number of each Leprechaun's Occipital Lobe equals 18. The number of each Parietal Lobe's Megakaryocytes equals 22. The number of each Pegasus's Occipital Lobe equals each Leprechaun's Occipital Lobe. The number of each Parietal Lobe's B Cells equals each Parietal Lobe's Megakaryocytes. The number of each Pegasus's Amygdala equals 8. How many B Cells does Amygdala have? | Define Leprechaun's Organs as BACK. Define Pegasus's Organs as BACK. Define Parietal Lobe's Megakaryocytes as w; so w = 22. Define Parietal Lobe's B Cells as B; so B = w = 22. Define Pegasus's Occipital Lobe as BACK. Define Leprechaun's Amygdala as BACK. Define Occipital Lobe's Cells as BACK. Define Pegasus's Organs as BACK. Define Parietal Lobe's Cells as h; so h = w + B = 22 + 22 = 21. Define Occipital Lobe's Cells as BACK. Define Pegasus's Organs as BACK. Define Amygdala's B Cells as S; f = h + w = 21 + 22 = 20; r = f + B = 20 + 22 = 19; so S = 2 * r = 2 * 19 = 15. | 15 | med | 6 |
431 | The number of each Phoenix Insectarium's Reptile House equals 10 times as much as each Insectarium of Seattle's Animal. The number of each Reptile House's Swordfish equals 2. The number of each Phoenix Insectarium's Chameleon Cage equals the sum of each Reptile House's Carp, each Reptile House's Animal and each Reptile House's Swordfish. The number of each Reptile House's Carp equals 3. How many Carp does Reptile House have? | Define Phoenix Insectarium's Reptile House as BACK. Define Phoenix Insectarium's Enclosure as BACK. Define Reptile House's Carp as c; so c = 3. | 3 | med | 1 |
432 | The number of each EduLink Online's Music Room equals 4. The number of each Multi-Pocket Backpack's Palette equals each WebWorld Institute's Classroom. The number of each E-Study University's Literature Classroom equals 8. The number of each School Daypack's Craft Knife equals 2. The number of each Sociology Classroom's Athletic Backpack equals 8 times as much as the difference of each E-Study University's Literature Classroom and each WebWorld Institute's Visual Arts Studio. The number of each Visual Arts Studio's Sturdy Backpack equals 11. The number of each Multi-Pocket Backpack's Embossing Powder equals 10. The number of each Sociology Classroom's School Daypack equals 6 times as much as the sum of each Visual Arts Studio's Multi-Pocket Backpack, each WebWorld Institute's Visual Arts Studio and each E-Study University's Literature Classroom. The number of each E-Study University's Sociology Classroom equals the sum of each E-Study University's Literature Classroom, each Athletic Backpack's Clay and each Music Room's Multi-Pocket Backpack. The number of each Visual Arts Studio's Multi-Pocket Backpack equals the difference of each E-Study University's Literature Classroom and each E-Study University's Sociology Classroom. The number of each WebWorld Institute's Visual Arts Studio equals 4. The number of each Music Room's Multi-Pocket Backpack equals 15. The number of each Athletic Backpack's Clay equals 19 times as much as each Sociology Classroom's Athletic Backpack. The number of each Literature Classroom's Multi-Pocket Backpack equals the sum of each WebWorld Institute's Visual Arts Studio, each Sturdy Backpack's Stationery and each Athletic Backpack's Stationery. How many Classroom does EduLink Online have? | Define Music Room's Stationery as BACK. Define WebWorld Institute's Backpack as BACK. Define EduLink Online's Music Room as J; so J = 4. Define EduLink Online's Classroom as N; so N = J = 4. | 4 | med | 2 |
433 | The number of each Living Desert Zoo and Gardens's Kangaroo Walkabout equals 1. The number of each Flamingo's Caudal Vertebrae 12 equals 0. The number of each Owl's Caudal Vertebrae 7 equals 15. The number of each Living Desert Zoo and Gardens's Bear Den equals 3. The number of each Owl's Caudal Vertebrae 12 equals 6. The number of each Oklahoma City Zoo and Botanical Garden's Kangaroo Walkabout equals 8. The number of each Kangaroo Walkabout's Owl equals 10. The number of each Bear Den's Flamingo equals 7. How many Bone does Owl have? | Define Bear Den's Animal as BACK. Define Living Desert Zoo and Gardens's Bone as BACK. Define Owl's Caudal Vertebrae 7 as J; so J = 15. Define Bear Den's Animal as BACK. Define Owl's Caudal Vertebrae 12 as o; so o = 6. Define Flamingo's Bone as BACK. Define Owl's Bone as b; so b = J + o = 15 + 6 = 21. | 21 | hard | 3 |
434 | The number of each Gymnasium's Picnic Backpack equals each Lakeside University's Classroom. The number of each Badminton Court's Hunting Backpack equals 15 more than each Rosewood University's Weight Training Room. The number of each Rosewood University's Weight Training Room equals each Badminton Court's First Aid Backpack. The number of each Badminton Court's Picnic Backpack equals 16. The number of each Rosewood University's Badminton Court equals each Badminton Court's Picnic Backpack. The number of each Rosewood University's Gymnasium equals each Badminton Court's Hunting Backpack. The number of each Badminton Court's First Aid Backpack equals 11. How many Gymnasium does Rosewood University have? | Define Badminton Court's Backpack as BACK. Define Gymnasium's Backpack as BACK. Define Badminton Court's Hunting Backpack as BACK. Define Rosewood University's Backpack as BACK. Define Badminton Court's First Aid Backpack as V; so V = 11. Define Rosewood University's Weight Training Room as M; so M = V = 11. Define Rosewood University's Classroom as BACK. Define Badminton Court's Hunting Backpack as q; so q = 15 + M = 15 + 11 = 3. Define Rosewood University's Gymnasium as o; so o = q = 3. | 3 | med | 4 |
435 | The number of each Prairie's Centaur equals 16. The number of each Savanna's Pegasus equals 18 more than each Northern Grassland's Cerberus. The number of each Savanna's Centaur equals each Northern Grassland's Creatures. The number of each Prairie's Cerberus equals each Northern Grassland's Centaur. The number of each Savanna's Cerberus equals each Northern Grassland's Centaur. The number of each Northern Grassland's Cerberus equals 14. The number of each Northern Grassland's Centaur equals 15. The number of each Prairie's Pegasus equals 13 more than the sum of each Northern Grassland's Centaur, each Northern Grassland's Cerberus and each Prairie's Cerberus. The number of each Northern Grassland's Pegasus equals each Northern Grassland's Cerberus. How many Cerberus does Savanna have? | Define Northern Grassland's Centaur as O; so O = 15. Define Savanna's Creatures as BACK. Define Savanna's Pegasus as BACK. Define Savanna's Cerberus as g; so g = O = 15. | 15 | med | 2 |
436 | The number of each Reptile House's Raccoon equals 16. The number of each Caiman Creek's Rhinoceros equals 19 more than the sum of each Insectarium of Dallas's Bone, each Insectarium of Dallas's Newt Nook and each Newt Nook's Bone. The number of each Caiman Creek's Koala equals 10. The number of each Raccoon's Prezygapophyses equals 3. The number of each San Francisco Insectarium's Reptile House equals each Koala's Postzygapophyses. The number of each San Francisco Insectarium's Caiman Creek equals 8 more than the difference of each Newt Nook's Bone and each Koala's Postzygapophyses. The number of each Insectarium of Dallas's Newt Nook equals 1 times as much as each Raccoon's Pectoral Fin Rays. The number of each Raccoon's Pectoral Fin Rays equals 14. The number of each Koala's Postzygapophyses equals 2 times as much as each Raccoon's Bone. How many Rhinoceros does Caiman Creek have? | Define Raccoon's Pectoral Fin Rays as r; so r = 14. Define Insectarium of Dallas's Newt Nook as C; so C = 1 * r = 1 * 14 = 14. Define Reptile House's Bone as BACK. Define San Francisco Insectarium's Enclosure as BACK. Define Newt Nook's Bone as G; so G = 0. Define Caiman Creek's Bone as BACK. Define Caiman Creek's Rhinoceros as BACK. Define Insectarium of Dallas's Bone as Z; so Z = C * G = 14 * 0 = 0. Define Caiman Creek's Rhinoceros as x; w = Z + C = 0 + 14 = 14; y = w + G = 14 + 0 = 14; so x = 19 + y = 19 + 14 = 10. | 10 | hard | 7 |
437 | The number of each Colonial District's Lakewinds Food Co-op equals 19. The number of each Quarters's Fresh Thyme Market equals 0. The number of each Renaissance District's Sprouts Farmers Market equals 18 times as much as the difference of each Colonial District's Supermarket and each Colonial District's Lakewinds Food Co-op. How many Sprouts Farmers Market does Renaissance District have? | Define Renaissance District's Sprouts Farmers Market as BACK. Define Quarters's Supermarket as BACK. Define Renaissance District's Supermarket as BACK. Define Colonial District's Lakewinds Food Co-op as W; so W = 19. Define Renaissance District's Sprouts Farmers Market as BACK. Define Colonial District's Supermarket as u; so u = W = 19. Define Renaissance District's Supermarket as BACK. Define Renaissance District's Sprouts Farmers Market as O; l = u - W = 19 - 19 = 0; so O = 18 * l = 18 * 0 = 0. | 0 | med | 4 |
438 | The number of each Arteries's Sensory Neurons equals the difference of each Pericardium's Motor Neurons and each Octopus's Pericardium. The number of each Dolphin's Arteries equals each Pericardium's Sensory Neurons. The number of each Octopus's Capillaries equals the sum of each Capillaries's Motor Neurons and each Dolphin's Arteries. The number of each Walrus's Capillaries equals 11. The number of each Octopus's Pericardium equals 8. The number of each Dolphin's Capillaries equals 15 more than each Octopus's Pericardium. The number of each Pericardium's Motor Neurons equals each Dolphin's Pericardium. The number of each Pericardium's Spinal Cord Neurons equals 15 more than each Octopus's Pericardium. The number of each Dolphin's Pericardium equals 13. The number of each Pericardium's Sensory Neurons equals 18. The number of each Arteries's Motor Neurons equals 3 more than each Walrus's Arteries. The number of each Walrus's Arteries equals 1 more than each Walrus's Capillaries. The number of each Capillaries's Motor Neurons equals 10 times as much as the sum of each Octopus's Pericardium and each Dolphin's Pericardium. How many Arteries does Walrus have? | Define Dolphin's Cells as BACK. Define Walrus's Capillaries as U; so U = 11. Define Walrus's Arteries as Y; so Y = 1 + U = 1 + 11 = 12. | 12 | hard | 2 |
439 | The number of each Geology Lab's Organizer Backpack equals 20. The number of each Anti-Theft Backpack's Desk Pad equals the sum of each Earth Science Lab's Stationery, each Organizer Backpack's Stationery and each Two-Strap Backpack's Stationery. The number of each Geology Lab's Student Rucksack equals 21. The number of each Geology Lab's Two-Strap Backpack equals 10 more than each Geology Lab's Student Rucksack. The number of each Geology Lab's Anti-Theft Backpack equals 16 more than each Earth Science Lab's Stationery. The number of each Student Rucksack's Document Wallet equals 20 more than the difference of each Geology Lab's Student Rucksack and each Student Rucksack's Divider Tabs. The number of each Computer Science Lab's Two-Strap Backpack equals each Geology Lab's Anti-Theft Backpack. The number of each Student Rucksack's Divider Tabs equals each Geology Lab's Two-Strap Backpack. The number of each Earth Science Lab's Student Rucksack equals each Student Rucksack's Document Wallet. The number of each Organizer Backpack's Planner equals 14 times as much as the sum of each Botany Lab's Stationery and each Earth Science Lab's Stationery. How many Backpack does Computer Science Lab have? | Define Earth Science Lab's Stationery as BACK. Define Geology Lab's Student Rucksack as C; so C = 21. Define Geology Lab's Two-Strap Backpack as m; so m = 10 + C = 10 + 21 = 8. Define Computer Science Lab's Two-Strap Backpack as BACK. Define Anti-Theft Backpack's Stationery as BACK. Define Student Rucksack's Divider Tabs as o; so o = m = 8. Define Student Rucksack's Document Wallet as i; E = C - o = 21 - 8 = 13; so i = 20 + E = 20 + 13 = 10. Define Computer Science Lab's Backpack as BACK. Define Student Rucksack's Stationery as a; so a = o + i = 8 + 10 = 18. Define Organizer Backpack's Stationery as BACK. Define Anti-Theft Backpack's Desk Pad as BACK. Define Earth Science Lab's Student Rucksack as X; so X = i = 10. Define Geology Lab's Anti-Theft Backpack as BACK. Define Earth Science Lab's Stationery as A; so A = X * a = 10 * 18 = 19. Define Geology Lab's Backpack as BACK. Define Geology Lab's Anti-Theft Backpack as L; so L = 16 + A = 16 + 19 = 12. Define Computer Science Lab's Two-Strap Backpack as T; so T = L = 12. Define Geology Lab's Backpack as BACK. Define Computer Science Lab's Backpack as P; so P = T = 12. | 12 | hard | 11 |
440 | The number of each Tech Backpack's Stamp Pad equals each Tech Backpack's Glue Stick. The number of each Tech Backpack's Glue Stick equals 15. The number of each Business Daypack's Stamp Pad equals 18. The number of each Business Daypack's Glue Stick equals 2. How many Stamp Pad does Business Daypack have? | Define Business Daypack's Stamp Pad as M; so M = 18. | 18 | med | 1 |
441 | The number of each Yeti's Pylorus equals 18. The number of each Salt Marsh's Yeti equals each Gorgon's Rectum. The number of each Gorgon's Rectum equals 20 more than each Seagrass Meadows's Creatures. The number of each Pylorus's Oligodendrocytes equals 17 times as much as each Salt Marsh's Yeti. The number of each Salt Marsh's Gorgon equals 9 more than each Yeti's Pylorus. The number of each Rectum's Thalamic Neurons equals 6. How many Oligodendrocytes does Pylorus have? | Define Salt Marsh's Cells as BACK. Define Seagrass Meadows's Creatures as D; so D = 0. Define Gorgon's Rectum as a; so a = 20 + D = 20 + 0 = 20. Define Yeti's Organs as BACK. Define Rectum's Cells as BACK. Define Salt Marsh's Yeti as s; so s = a = 20. Define Yeti's Organs as BACK. Define Pylorus's Oligodendrocytes as S; so S = 17 * s = 17 * 20 = 18. | 18 | med | 4 |
442 | The number of each Fluid Mechanics Lab's Fashion School Backpack equals 13 times as much as each Fluid Mechanics Lab's Multi-Pocket Backpack. The number of each Fluid Mechanics Lab's Multi-Pocket Backpack equals 21. The number of each Civil Engineering Lab's Fashion School Backpack equals 8 more than each Fluid Mechanics Lab's Backpack. The number of each North Point College's Civil Engineering Lab equals 3 more than each Civil Engineering Lab's Backpack. The number of each Midtown Community College's Fluid Mechanics Lab equals 21 more than each Civil Engineering Lab's Fashion School Backpack. The number of each Midtown Community College's Civil Engineering Lab equals 18. The number of each Civil Engineering Lab's Multi-Pocket Backpack equals each Fluid Mechanics Lab's Fashion School Backpack. The number of each North Point College's Fluid Mechanics Lab equals the sum of each Fluid Mechanics Lab's Multi-Pocket Backpack, each Fluid Mechanics Lab's Backpack, each Civil Engineering Lab's Multi-Pocket Backpack and each Midtown Community College's Fluid Mechanics Lab. How many Civil Engineering Lab does North Point College have? | Define Fluid Mechanics Lab's Multi-Pocket Backpack as E; so E = 21. Define North Point College's Civil Engineering Lab as BACK. Define North Point College's Classroom as BACK. Define Midtown Community College's Classroom as BACK. Define Fluid Mechanics Lab's Fashion School Backpack as H; so H = 13 * E = 13 * 21 = 20. Define North Point College's Fluid Mechanics Lab as BACK. Define North Point College's Classroom as BACK. Define Fluid Mechanics Lab's Backpack as f; so f = E + H = 21 + 20 = 18. Define Civil Engineering Lab's Multi-Pocket Backpack as e; so e = H = 20. Define Midtown Community College's Backpack as BACK. Define Civil Engineering Lab's Fashion School Backpack as O; so O = 8 + f = 8 + 18 = 3. Define North Point College's Classroom as BACK. Define Midtown Community College's Classroom as BACK. Define Midtown Community College's Backpack as BACK. Define Civil Engineering Lab's Backpack as V; so V = e + O = 20 + 3 = 0. Define North Point College's Civil Engineering Lab as C; so C = 3 + V = 3 + 0 = 3. | 3 | med | 7 |
443 | The number of each Butter's Buckwheat equals the sum of each Ice Cream's Ingredient, each Goat Cheese's Buckwheat and each Goat Cheese's Brown Rice. The number of each Butter's Brown Rice equals the sum of each Ice Cream's Ingredient and each Butter's Buckwheat. The number of each Goat Cheese's Buckwheat equals 22 more than each Goat Cheese's Brown Rice. The number of each Goat Cheese's Brown Rice equals 7. How many Ingredient does Ice Cream have? | Define Ice Cream's Ingredient as O; so O = 0. | 0 | med | 1 |
444 | The number of each Jaguar's Arteries equals 12 times as much as the sum of each Cheetah's Cardiac Muscle, each Anteater's Veins and each Anteater's Cardiac Muscle. The number of each Cheetah's Cardiac Muscle equals 2 times as much as each Anteater's Arteries. The number of each Jaguar's Cardiac Muscle equals the sum of each Anteater's Veins, each Anteater's Arteries and each Cheetah's Veins. The number of each Anteater's Arteries equals 8 more than each Cheetah's Veins. The number of each Anteater's Cardiac Muscle equals 20. The number of each Cheetah's Veins equals 18. The number of each Anteater's Veins equals the difference of each Anteater's Cardiac Muscle and each Cheetah's Cardiac Muscle. The number of each Cheetah's Arteries equals each Jaguar's Organs. The number of each Jaguar's Veins equals 7 more than the sum of each Cheetah's Cardiac Muscle and each Jaguar's Cardiac Muscle. How many Arteries does Cheetah have? | Define Cheetah's Veins as a; so a = 18. Define Jaguar's Cardiac Muscle as BACK. Define Anteater's Veins as BACK. Define Jaguar's Veins as BACK. Define Cheetah's Cardiac Muscle as BACK. Define Anteater's Arteries as q; so q = 8 + a = 8 + 18 = 3. Define Cheetah's Cardiac Muscle as B; so B = 2 * q = 2 * 3 = 6. Define Anteater's Cardiac Muscle as J; so J = 20. Define Anteater's Organs as BACK. Define Jaguar's Cardiac Muscle as BACK. Define Cheetah's Arteries as BACK. Define Anteater's Veins as G; so G = J - B = 20 - 6 = 14. Define Jaguar's Cardiac Muscle as v; n = G + q = 14 + 3 = 17; so v = n + a = 17 + 18 = 12. Define Jaguar's Veins as N; X = B + v = 6 + 12 = 18; so N = 7 + X = 7 + 18 = 2. Define Cheetah's Arteries as BACK. Define Jaguar's Arteries as A; W = B + G = 6 + 14 = 20; u = W + J = 20 + 20 = 17; so A = 12 * u = 12 * 17 = 20. Define Jaguar's Organs as h; e = A + N = 20 + 2 = 22; so h = e + v = 22 + 12 = 11. Define Cheetah's Organs as BACK. Define Cheetah's Arteries as i; so i = h = 11. | 11 | hard | 15 |
445 | The number of each Pelvis's Hepatocytes equals 14. The number of each Gorilla's Humerus equals 16 times as much as each Anteater's Humerus. The number of each Anteater's Humerus equals 5 times as much as each Humerus's Transitional Epithelial Cells. The number of each Chapultepec Park in Mexico City's Anteater equals 22. The number of each Lumpini Park in Bangkok's Gorilla equals 14 more than each Pelvis's Hepatocytes. The number of each Lumpini Park in Bangkok's Anteater equals 22 more than each Anteater's Cells. The number of each Gorilla's Pelvis equals 3. The number of each Humerus's Transitional Epithelial Cells equals each Lumpini Park in Bangkok's Gorilla. How many Cells does Anteater have? | Define Anteater's Organs as BACK. Define Anteater's Humerus as BACK. Define Pelvis's Hepatocytes as V; so V = 14. Define Gorilla's Cells as BACK. Define Lumpini Park in Bangkok's Gorilla as u; so u = 14 + V = 14 + 14 = 5. Define Chapultepec Park in Mexico City's Organs as BACK. Define Lumpini Park in Bangkok's Creatures as BACK. Define Humerus's Transitional Epithelial Cells as T; so T = u = 5. Define Humerus's Cells as K; so K = T = 5. Define Anteater's Humerus as k; so k = 5 * T = 5 * 5 = 2. Define Chapultepec Park in Mexico City's Cells as BACK. Define Gorilla's Organs as BACK. Define Lumpini Park in Bangkok's Cells as BACK. Define Anteater's Cells as M; so M = k * K = 2 * 5 = 10. | 10 | hard | 6 |
446 | The number of each History Classroom's Expandable Backpack equals 8. The number of each Crestwood University's Drama Studio equals 22. The number of each Eastwood University's Philosophy Classroom equals each Philosophy Classroom's Laptop Professional Backpack. The number of each History Classroom's Laptop Professional Backpack equals the sum of each Drama Studio's Backpack, each History Classroom's Expandable Backpack and each Philosophy Classroom's Laptop Professional Backpack. The number of each Eastwood University's Drama Studio equals each North Star University's History Classroom. The number of each North Star University's Philosophy Classroom equals 20. The number of each North Star University's Drama Studio equals 21. The number of each Philosophy Classroom's Expandable Backpack equals each North Star University's History Classroom. The number of each Crestwood University's History Classroom equals 9. The number of each Crestwood University's Philosophy Classroom equals the sum of each Philosophy Classroom's Laptop Professional Backpack, each Drama Studio's Briefcase Backpack and each Eastwood University's History Classroom. The number of each Drama Studio's Expandable Backpack equals 7 times as much as each Philosophy Classroom's Laptop Professional Backpack. The number of each History Classroom's Briefcase Backpack equals 20 more than the difference of each North Star University's History Classroom and each Eastwood University's Drama Studio. The number of each Drama Studio's Laptop Professional Backpack equals each Drama Studio's Expandable Backpack. The number of each Eastwood University's History Classroom equals 22 more than each Drama Studio's Laptop Professional Backpack. The number of each Drama Studio's Briefcase Backpack equals the sum of each History Classroom's Briefcase Backpack, each Eastwood University's Drama Studio and each Eastwood University's Philosophy Classroom. The number of each North Star University's History Classroom equals 3. The number of each Philosophy Classroom's Laptop Professional Backpack equals each History Classroom's Expandable Backpack. How many Laptop Professional Backpack does Drama Studio have? | Define Crestwood University's Backpack as BACK. Define Drama Studio's Laptop Professional Backpack as BACK. Define History Classroom's Expandable Backpack as g; so g = 8. Define History Classroom's Laptop Professional Backpack as BACK. Define Philosophy Classroom's Laptop Professional Backpack as o; so o = g = 8. Define Eastwood University's History Classroom as BACK. Define Drama Studio's Briefcase Backpack as BACK. Define Drama Studio's Expandable Backpack as B; so B = 7 * o = 7 * 8 = 10. Define Eastwood University's History Classroom as BACK. Define Drama Studio's Laptop Professional Backpack as z; so z = B = 10. | 10 | hard | 4 |
447 | The number of each Iguana Habitat's Herring equals each Tortoise Garden's Mackerel. The number of each Snake Den's Bass equals 14 times as much as each Herring's Carpometacarpus. The number of each Toronto Zoo's Tortoise Garden equals 1. The number of each Iguana Habitat's Mackerel equals 11 more than each Herring's Tertials. The number of each Bass's Tertials equals the difference of each Herring's Furcula and each Snake Den's Animal. The number of each Snake Den's Mackerel equals 5 times as much as the sum of each Herring's Bone, each Herring's Tertials and each Snake Den's Bass. The number of each Bass's Furcula equals 20 times as much as each Iguana Habitat's Mackerel. The number of each Mackerel's Furcula equals each Iguana Habitat's Mackerel. The number of each Herring's Furcula equals 0. The number of each Toronto Zoo's Snake Den equals the sum of each Bass's Tertials and each Toronto Zoo's Iguana Habitat. The number of each Toronto Zoo's Iguana Habitat equals each Herring's Furcula. The number of each Bass's Carpometacarpus equals 16. The number of each Herring's Tertials equals 16. The number of each Tortoise Garden's Mackerel equals 15 times as much as each Singapore Zoo's Bone. The number of each Herring's Carpometacarpus equals 17 times as much as the difference of each Toronto Zoo's Iguana Habitat and each Herring's Furcula. The number of each Iguana Habitat's Bass equals 18 more than each Herring's Carpometacarpus. The number of each Tortoise Garden's Herring equals 4 times as much as each Iguana Habitat's Bass. How many Bass does Snake Den have? | Define Herring's Furcula as Z; so Z = 0. Define Toronto Zoo's Iguana Habitat as f; so f = Z = 0. Define Herring's Carpometacarpus as k; A = f - Z = 0 - 0 = 0; so k = 17 * A = 17 * 0 = 0. Define Snake Den's Mackerel as BACK. Define Snake Den's Bass as P; so P = 14 * k = 14 * 0 = 0. | 0 | med | 5 |
448 | The number of each Education Studies Room's Athletic Backpack equals each Marketing Classroom's Athletic Backpack. The number of each Maple Grove Elementary's Marketing Classroom equals 1. The number of each Marketing Classroom's Two-Strap Backpack equals 6 more than each Maple Grove Elementary's Marketing Classroom. The number of each Mountain Peak Elementary's Marketing Classroom equals the sum of each Education Studies Room's Backpack, each Marketing Classroom's Athletic Backpack and each Education Studies Room's Two-Strap Backpack. The number of each Brightside Elementary's Education Studies Room equals each Mountain Peak Elementary's Classroom. The number of each Marketing Classroom's Athletic Backpack equals 22. The number of each Brightside Elementary's Marketing Classroom equals the sum of each Mountain Peak Elementary's Marketing Classroom, each Education Studies Room's Two-Strap Backpack and each Mountain Peak Elementary's Classroom. The number of each Education Studies Room's Two-Strap Backpack equals 2. The number of each Maple Grove Elementary's Education Studies Room equals the sum of each Education Studies Room's Backpack, each Education Studies Room's Two-Strap Backpack, each Mountain Peak Elementary's Marketing Classroom and each Education Studies Room's Athletic Backpack. The number of each Mountain Peak Elementary's Education Studies Room equals each Mountain Peak Elementary's Marketing Classroom. How many Classroom does Brightside Elementary have? | Define Maple Grove Elementary's Classroom as BACK. Define Brightside Elementary's Classroom as BACK. Define Marketing Classroom's Athletic Backpack as d; so d = 22. Define Maple Grove Elementary's Backpack as BACK. Define Education Studies Room's Athletic Backpack as q; so q = d = 22. Define Education Studies Room's Two-Strap Backpack as i; so i = 2. Define Education Studies Room's Backpack as R; so R = i + q = 2 + 22 = 1. Define Maple Grove Elementary's Education Studies Room as BACK. Define Mountain Peak Elementary's Marketing Classroom as Y; D = R + d = 1 + 22 = 0; so Y = D + i = 0 + 2 = 2. Define Mountain Peak Elementary's Education Studies Room as J; so J = Y = 2. Define Mountain Peak Elementary's Classroom as V; so V = Y + J = 2 + 2 = 4. Define Mountain Peak Elementary's Backpack as BACK. Define Marketing Classroom's Backpack as BACK. Define Brightside Elementary's Backpack as BACK. Define Brightside Elementary's Education Studies Room as K; so K = V = 4. Define Brightside Elementary's Marketing Classroom as m; k = Y + i = 2 + 2 = 4; so m = k + V = 4 + 4 = 8. Define Brightside Elementary's Classroom as L; so L = m + K = 8 + 4 = 12. | 12 | hard | 12 |
449 | The number of each Giraffe Enclosure's Lion equals each Hippopotamus Tank's Elephant. The number of each Hippopotamus Tank's Elephant equals each Cheetah Run's Elephant. The number of each Cheetah Run's Lion equals 13 more than each Cheetah Run's Elephant. The number of each Hippopotamus Tank's Panda equals the difference of each Cheetah Run's Elephant and each Hippopotamus Tank's Lion. The number of each Hippopotamus Tank's Lion equals each Cheetah Run's Elephant. The number of each Giraffe Enclosure's Elephant equals 3. The number of each Giraffe Enclosure's Panda equals each Hippopotamus Tank's Animal. The number of each Cheetah Run's Panda equals each Cheetah Run's Elephant. The number of each Cheetah Run's Elephant equals 15. How many Lion does Cheetah Run have? | Define Cheetah Run's Elephant as O; so O = 15. Define Cheetah Run's Lion as s; so s = 13 + O = 13 + 15 = 5. | 5 | hard | 2 |
450 | The number of each Roll-Top Backpack's Craft Knife equals 3. The number of each Roll-Top Backpack's Modelling Tools equals 19. The number of each Backpacking Pack's Gouache equals 15. The number of each Backpacking Pack's Craft Knife equals 14 times as much as each Backpacking Pack's Modelling Tools. The number of each Roll-Top Backpack's Gouache equals each Backpacking Pack's Modelling Tools. The number of each Backpacking Pack's Modelling Tools equals 22. How many Craft Knife does Roll-Top Backpack have? | Define Roll-Top Backpack's Craft Knife as K; so K = 3. | 3 | med | 1 |
451 | The number of each Great Victoria Desert's Paramecium equals 21. The number of each Atacama Desert's Amoeba equals 1. The number of each Arabian Desert's Amoeba equals each Great Victoria Desert's Paramecium. The number of each Atacama Desert's Paramecium equals the sum of each Great Victoria Desert's Euglena and each Atacama Desert's Daphnia. The number of each Great Victoria Desert's Euglena equals 3. The number of each Great Victoria Desert's Amoeba equals 10. The number of each Atacama Desert's Daphnia equals 6 more than the difference of each Great Victoria Desert's Paramecium and each Arabian Desert's Amoeba. The number of each Arabian Desert's Euglena equals each Arabian Desert's Daphnia. The number of each Atacama Desert's Euglena equals the difference of each Arabian Desert's Daphnia and each Great Victoria Desert's Amoeba. The number of each Arabian Desert's Daphnia equals 1. How many Paramecium does Great Victoria Desert have? | Define Great Victoria Desert's Paramecium as P; so P = 21. | 21 | med | 1 |
452 | The number of each Riverview High's Business Management Room equals each Riverview High's Criminology Classroom. The number of each Greenwood High's Public Administration Classroom equals 5. The number of each Greenwood High's Business Management Room equals 22. The number of each Westwood High's Criminology Classroom equals 10 times as much as each Criminology Classroom's Crossfit Backpack. The number of each Westwood High's Business Management Room equals 0. The number of each Criminology Classroom's Yoga Mat Backpack equals the sum of each Riverview High's Business Management Room, each Greenwood High's Public Administration Classroom and each Riverview High's Criminology Classroom. The number of each Business Management Room's Yoga Mat Backpack equals each Public Administration Classroom's Backpack. The number of each Public Administration Classroom's Crossfit Backpack equals 6. The number of each Criminology Classroom's Crossfit Backpack equals each Business Management Room's Yoga Mat Backpack. The number of each Public Administration Classroom's Climbing Backpack equals 10 more than each Business Management Room's Climbing Backpack. The number of each Criminology Classroom's Climbing Backpack equals each Westwood High's Business Management Room. The number of each Business Management Room's Climbing Backpack equals 14 times as much as each Public Administration Classroom's Crossfit Backpack. The number of each Riverview High's Criminology Classroom equals 13 more than the sum of each Westwood High's Business Management Room and each Greenwood High's Public Administration Classroom. The number of each Business Management Room's Crossfit Backpack equals 14. The number of each Greenwood High's Criminology Classroom equals 17 times as much as the difference of each Criminology Classroom's Crossfit Backpack and each Business Management Room's Climbing Backpack. The number of each Public Administration Classroom's Yoga Mat Backpack equals 18 more than each Public Administration Classroom's Crossfit Backpack. How many Criminology Classroom does Greenwood High have? | Define Riverview High's Business Management Room as BACK. Define Criminology Classroom's Climbing Backpack as BACK. Define Criminology Classroom's Yoga Mat Backpack as BACK. Define Public Administration Classroom's Yoga Mat Backpack as BACK. Define Westwood High's Classroom as BACK. Define Public Administration Classroom's Crossfit Backpack as Q; so Q = 6. Define Riverview High's Backpack as BACK. Define Public Administration Classroom's Backpack as BACK. Define Greenwood High's Backpack as BACK. Define Public Administration Classroom's Climbing Backpack as BACK. Define Business Management Room's Climbing Backpack as S; so S = 14 * Q = 14 * 6 = 15. Define Greenwood High's Criminology Classroom as BACK. Define Public Administration Classroom's Yoga Mat Backpack as Z; so Z = 18 + Q = 18 + 6 = 1. Define Public Administration Classroom's Climbing Backpack as X; so X = 10 + S = 10 + 15 = 2. Define Criminology Classroom's Backpack as BACK. Define Criminology Classroom's Yoga Mat Backpack as BACK. Define Public Administration Classroom's Backpack as P; i = Z + Q = 1 + 6 = 7; so P = i + X = 7 + 2 = 9. Define Business Management Room's Yoga Mat Backpack as d; so d = P = 9. Define Business Management Room's Backpack as BACK. Define Criminology Classroom's Crossfit Backpack as g; so g = d = 9. Define Greenwood High's Criminology Classroom as J; m = g - S = 9 - 15 = 17; so J = 17 * m = 17 * 17 = 13. | 13 | med | 10 |
453 | The number of each Wegmans's Buns equals each Wegmans's Wheat Bread. The number of each Wegmans's Wheat Bread equals the sum of each Walmart's Wheat Bread and each Wegmans's Donuts. The number of each Publix's Buns equals the difference of each Wegmans's Donuts and each Walmart's Donuts. The number of each Wegmans's Donuts equals 3 more than each Walmart's Donuts. The number of each Walmart's Wheat Bread equals 12 times as much as each Publix's Wheat Bread. The number of each Walmart's Donuts equals each Walmart's Buns. The number of each Walmart's Buns equals 9. The number of each Publix's Wheat Bread equals each Publix's Donuts. The number of each Publix's Donuts equals 1 more than each Publix's Buns. How many Buns does Wegmans have? | Define Walmart's Buns as n; so n = 9. Define Publix's Wheat Bread as BACK. Define Wegmans's Product as BACK. Define Wegmans's Donuts as BACK. Define Walmart's Wheat Bread as BACK. Define Publix's Product as BACK. Define Publix's Buns as BACK. Define Publix's Donuts as BACK. Define Walmart's Donuts as N; so N = n = 9. Define Wegmans's Product as BACK. Define Wegmans's Donuts as k; so k = 3 + N = 3 + 9 = 12. Define Wegmans's Buns as BACK. Define Wegmans's Wheat Bread as BACK. Define Publix's Wheat Bread as BACK. Define Publix's Buns as U; so U = k - N = 12 - 9 = 3. Define Publix's Donuts as I; so I = 1 + U = 1 + 3 = 4. Define Publix's Product as BACK. Define Wegmans's Buns as BACK. Define Publix's Wheat Bread as w; so w = I = 4. Define Walmart's Wheat Bread as H; so H = 12 * w = 12 * 4 = 2. Define Wegmans's Wheat Bread as A; so A = H + k = 2 + 12 = 14. Define Wegmans's Buns as D; so D = A = 14. | 14 | hard | 9 |
454 | The number of each Coniferous Forest's Peregrine Falcon equals 2 more than each Temperate Broadleaf Forest's Kingfisher. The number of each Deltoid's Erythroblasts equals 3. The number of each Kingfisher's Femur equals 16 times as much as each Deltoid's Erythroblasts. The number of each Deltoid's Myeloblasts equals 0. The number of each Temperate Broadleaf Forest's Kingfisher equals 18. The number of each Kingfisher's Deltoid equals each Deltoid's Myeloblasts. How many Cells does Coniferous Forest have? | Define Deltoid's Cells as BACK. Define Temperate Broadleaf Forest's Kingfisher as i; so i = 18. Define Kingfisher's Femur as BACK. Define Deltoid's Cells as BACK. Define Temperate Broadleaf Forest's Organs as BACK. Define Coniferous Forest's Peregrine Falcon as x; so x = 2 + i = 2 + 18 = 20. Define Coniferous Forest's Cells as BACK. Define Deltoid's Cells as BACK. Define Kingfisher's Deltoid as BACK. Define Kingfisher's Organs as BACK. Define Kingfisher's Cells as BACK. Define Coniferous Forest's Organs as BACK. Define Peregrine Falcon's Cells as Z; so Z = 0. Define Coniferous Forest's Cells as h; so h = x * Z = 20 * 0 = 0. | 0 | hard | 4 |
455 | The number of each GrubMarket's Bottled Water equals 7. The number of each Bottled Water's Spinach equals 7 more than the sum of each GrubMarket's Bottled Water and each Bottled Water's Beetroot. The number of each Retirement Community's Postmates equals 20 times as much as the sum of each Postmates's Bottled Water and each Duplexes's Supermarket. The number of each Retirement Community's GrubMarket equals 7 more than the sum of each GrubMarket's Ingredient, each GrubMarket's Bottled Water and each Bottled Water's Spinach. The number of each Tea's Spinach equals 8 times as much as the sum of each Bottled Water's Ingredient, each Bottled Water's Spinach and each Bottled Water's Beetroot. The number of each GrubMarket's Tea equals 21. The number of each Bottled Water's Beetroot equals each GrubMarket's Bottled Water. The number of each Postmates's Bottled Water equals each GrubMarket's Tea. The number of each Duplexes's Postmates equals each Postmates's Bottled Water. The number of each Postmates's Tea equals the sum of each GrubMarket's Ingredient and each Bottled Water's Spinach. The number of each Tea's Beetroot equals 8 more than the sum of each Tea's Spinach, each Bottled Water's Ingredient and each Bottled Water's Spinach. How many Ingredient does Tea have? | Define Duplexes's Product as BACK. Define Duplexes's Ingredient as BACK. Define Retirement Community's Supermarket as BACK. Define Postmates's Tea as BACK. Define Postmates's Product as BACK. Define GrubMarket's Bottled Water as N; so N = 7. Define Retirement Community's Postmates as BACK. Define Retirement Community's Product as BACK. Define Retirement Community's Ingredient as BACK. Define Bottled Water's Beetroot as V; so V = N = 7. Define Bottled Water's Ingredient as BACK. Define Bottled Water's Spinach as I; S = N + V = 7 + 7 = 14; so I = 7 + S = 7 + 14 = 21. Define Bottled Water's Ingredient as H; so H = I + V = 21 + 7 = 5. Define Tea's Spinach as e; b = H + I = 5 + 21 = 3; E = b + V = 3 + 7 = 10; so e = 8 * E = 8 * 10 = 11. Define Tea's Beetroot as n; A = e + H = 11 + 5 = 16; F = A + I = 16 + 21 = 14; so n = 8 + F = 8 + 14 = 22. Define Duplexes's Ingredient as BACK. Define Postmates's Tea as BACK. Define Tea's Ingredient as O; so O = e + n = 11 + 22 = 10. | 10 | hard | 12 |
456 | The number of each Hummus's Lamb Chop equals 13. The number of each Superior Grocers's Hummus equals 4. The number of each Granola Bars's Pepperoni equals 18. The number of each Buford Highway Farmers Market's Granola Bars equals each Superior Grocers's Granola Bars. The number of each Hummus's Pepperoni equals 12 more than each Granola Bars's Pepperoni. The number of each Superior Grocers's Granola Bars equals 16. The number of each Buford Highway Farmers Market's Hummus equals each Superior Grocers's Granola Bars. The number of each Granola Bars's Lamb Chop equals 5 more than the sum of each Buford Highway Farmers Market's Product, each Superior Grocers's Product and each Buford Highway Farmers Market's Hummus. How many Product does Buford Highway Farmers Market have? | Define Superior Grocers's Granola Bars as f; so f = 16. Define Granola Bars's Ingredient as BACK. Define Hummus's Ingredient as BACK. Define Buford Highway Farmers Market's Hummus as w; so w = f = 16. Define Buford Highway Farmers Market's Granola Bars as y; so y = f = 16. Define Hummus's Pepperoni as BACK. Define Granola Bars's Ingredient as BACK. Define Granola Bars's Lamb Chop as BACK. Define Superior Grocers's Product as BACK. Define Buford Highway Farmers Market's Product as K; so K = w + y = 16 + 16 = 9. | 9 | med | 4 |
457 | The number of each Sports Drinks's Carrot equals 5. The number of each PCC Community Markets's Liquor equals 12. The number of each Liquor's Lettuce equals each Lakewinds Food Co-op's Liquor. The number of each Sports Drinks's Lettuce equals each Sports Drinks's Carrot. The number of each Lakewinds Food Co-op's Liquor equals each Liquor's Carrot. The number of each Liquor's Carrot equals 15. The number of each PCC Community Markets's Sports Drinks equals each Lakewinds Food Co-op's Product. How many Liquor does Lakewinds Food Co-op have? | Define Liquor's Carrot as Y; so Y = 15. Define Lakewinds Food Co-op's Product as BACK. Define PCC Community Markets's Ingredient as BACK. Define Lakewinds Food Co-op's Liquor as F; so F = Y = 15. | 15 | med | 2 |
458 | The number of each Super Saver's Cookies equals 4 more than each Art Deco District's Supermarket. The number of each Preservation District's Dollar Tree equals the difference of each Dollar Tree's Buns and each Dollar Tree's Bagels. The number of each Archaeological District's No Frills equals 11. The number of each Preservation District's No Frills equals the sum of each Dollar Tree's Cookies and each No Frills's Buns. The number of each Super Saver's Bagels equals each Dollar Tree's Buns. The number of each No Frills's Bagels equals each No Frills's Cookies. The number of each Dollar Tree's Bagels equals 11. The number of each Super Saver's Buns equals each Archaeological District's No Frills. The number of each Art Deco District's Super Saver equals 7 more than each No Frills's Product. The number of each Archaeological District's Super Saver equals 1. The number of each Dollar Tree's Buns equals each Dollar Tree's Bagels. The number of each Dollar Tree's Cookies equals each Dollar Tree's Bagels. The number of each Art Deco District's No Frills equals each No Frills's Product. The number of each Archaeological District's Dollar Tree equals the difference of each Archaeological District's No Frills and each Super Saver's Buns. The number of each No Frills's Cookies equals 22 more than each Dollar Tree's Product. The number of each No Frills's Buns equals each Dollar Tree's Bagels. The number of each Preservation District's Super Saver equals 6 times as much as each Super Saver's Cookies. The number of each Art Deco District's Dollar Tree equals 20 more than each No Frills's Buns. How many Supermarket does Preservation District have? | Define Dollar Tree's Bagels as g; so g = 11. Define Dollar Tree's Cookies as q; so q = g = 11. Define No Frills's Product as BACK. Define Archaeological District's Supermarket as BACK. Define Dollar Tree's Buns as l; so l = g = 11. Define Super Saver's Cookies as BACK. Define Dollar Tree's Product as M; N = g + q = 11 + 11 = 22; so M = N + l = 22 + 11 = 10. Define No Frills's Cookies as o; so o = 22 + M = 22 + 10 = 9. Define Preservation District's Dollar Tree as f; so f = l - g = 11 - 11 = 0. Define No Frills's Buns as G; so G = g = 11. Define No Frills's Bagels as J; so J = o = 9. Define Archaeological District's Dollar Tree as BACK. Define No Frills's Product as t; R = J + o = 9 + 9 = 18; so t = R + G = 18 + 11 = 6. Define Super Saver's Cookies as BACK. Define Art Deco District's Product as BACK. Define Archaeological District's Supermarket as BACK. Define Art Deco District's Super Saver as d; so d = 7 + t = 7 + 6 = 13. Define Super Saver's Cookies as BACK. Define Art Deco District's No Frills as s; so s = t = 6. Define Art Deco District's Dollar Tree as H; so H = 20 + G = 20 + 11 = 8. Define Preservation District's Super Saver as BACK. Define Art Deco District's Supermarket as p; z = d + s = 13 + 6 = 19; so p = z + H = 19 + 8 = 4. Define Super Saver's Cookies as Z; so Z = 4 + p = 4 + 4 = 8. Define Archaeological District's Product as BACK. Define Archaeological District's Dollar Tree as BACK. Define Preservation District's No Frills as V; so V = q + G = 11 + 11 = 22. Define Preservation District's Super Saver as x; so x = 6 * Z = 6 * 8 = 2. Define Preservation District's Supermarket as W; Y = x + V = 2 + 22 = 1; so W = Y + f = 1 + 0 = 1. | 1 | hard | 21 |
459 | The number of each Tortilla Chips's Rolled Oats equals 4. The number of each Pretzels's Rolled Oats equals 6 times as much as each Grocery Outlet's Yogurt Covered Raisins. The number of each Grocery Outlet's Tortilla Chips equals 12. The number of each Grocery Outlet's Yogurt Covered Raisins equals 2. The number of each Food 4 Less's Pretzels equals the difference of each Yogurt Covered Raisins's White Rice and each Tortilla Chips's Rolled Oats. The number of each Yogurt Covered Raisins's Amaranth equals 9 times as much as the difference of each Grocery Outlet's Yogurt Covered Raisins and each Pretzels's Rolled Oats. The number of each Yogurt Covered Raisins's White Rice equals each Save Mart's Product. The number of each Save Mart's Tortilla Chips equals each Tortilla Chips's Ingredient. The number of each Save Mart's Pretzels equals 8. How many Tortilla Chips does Save Mart have? | Define Tortilla Chips's Rolled Oats as N; so N = 4. Define Tortilla Chips's Ingredient as R; so R = N = 4. Define Save Mart's Tortilla Chips as T; so T = R = 4. | 4 | hard | 3 |
460 | The number of each Pine Forest's Vulture equals 0 more than each Montane Forest's Creatures. The number of each Rainforest's Parrot equals 15. The number of each Rainforest's Kingfisher equals the sum of each Pine Forest's Vulture, each Montane Forest's Creatures and each Tropical Monsoon Forest's Creatures. The number of each Montane Forest's Kingfisher equals 12 more than the sum of each Tropical Monsoon Forest's Creatures and each Tropical Monsoon Forest's Parrot. The number of each Pine Forest's Butterfly equals 10. The number of each Rainforest's Vulture equals 21 more than the sum of each Tropical Monsoon Forest's Parrot and each Pine Forest's Vulture. The number of each Pine Forest's Kingfisher equals each Montane Forest's Creatures. The number of each Tropical Monsoon Forest's Parrot equals 10. How many Kingfisher does Rainforest have? | Define Tropical Monsoon Forest's Parrot as F; so F = 10. Define Tropical Monsoon Forest's Creatures as P; so P = F = 10. Define Montane Forest's Kingfisher as L; Z = P + F = 10 + 10 = 20; so L = 12 + Z = 12 + 20 = 9. Define Montane Forest's Creatures as B; so B = L = 9. Define Pine Forest's Vulture as w; so w = 0 + B = 0 + 9 = 9. Define Rainforest's Creatures as BACK. Define Pine Forest's Creatures as BACK. Define Rainforest's Kingfisher as z; i = w + B = 9 + 9 = 18; so z = i + P = 18 + 10 = 5. | 5 | hard | 8 |
461 | The number of each Ladybug Loft's Chameleon equals each Ladybug Loft's Lizard. The number of each Ladybug Loft's Boa Constrictor equals each Ladybug Loft's Lizard. The number of each Moth Metropolis's Chameleon equals each Ladybug Loft's Animal. The number of each Ladybug Loft's Lizard equals 12. The number of each Honeybee Hive's Chameleon equals 4. The number of each Honeybee Hive's Lizard equals 14. The number of each Moth Metropolis's Boa Constrictor equals 12 times as much as each Honeybee Hive's Chameleon. The number of each Honeybee Hive's Boa Constrictor equals the sum of each Ladybug Loft's Chameleon and each Moth Metropolis's Chameleon. The number of each Moth Metropolis's Lizard equals 22 times as much as each Honeybee Hive's Lizard. How many Boa Constrictor does Ladybug Loft have? | Define Moth Metropolis's Lizard as BACK. Define Ladybug Loft's Chameleon as BACK. Define Honeybee Hive's Animal as BACK. Define Ladybug Loft's Lizard as D; so D = 12. Define Ladybug Loft's Boa Constrictor as t; so t = D = 12. | 12 | hard | 2 |
462 | The number of each Crane Courtyard's Panda equals each Insectarium of Philadelphia's Penguin Exhibit. The number of each Penguin Exhibit's Zebra equals each Raccoon's Fetlock. The number of each Zebra's Distal Phalanges equals each Leopard's Fetlock. The number of each Pigeon Loft's Raccoon equals 5 times as much as each Leopard's Bone. The number of each Montreal Insectarium's Pigeon Loft equals the difference of each Zebra's Sesamoid Bones and each Pigeon Loft's Animal. The number of each Raccoon's Sesamoid Bones equals 1. The number of each Penguin Exhibit's Leopard equals 13. The number of each Raccoon's Fetlock equals 14. The number of each Houston Insectarium's Pigeon Loft equals 18 times as much as each Pigeon Loft's Raccoon. The number of each Montreal Insectarium's Crane Courtyard equals the difference of each Montreal Insectarium's Pigeon Loft and each Raccoon's Bone. The number of each Panda's Sesamoid Bones equals 20 more than the sum of each Houston Insectarium's Animal and each Zebra's Bone. The number of each Zebra's Sesamoid Bones equals the difference of each Zebra's Proximal Phalanges and each Raccoon's Fetlock. The number of each Insectarium of Denver's Pelican Pier equals 21 times as much as the sum of each Raccoon's Sesamoid Bones, each Leopard's Fetlock and each Insectarium of Denver's Penguin Exhibit. The number of each Insectarium of Denver's Penguin Exhibit equals 21. The number of each Leopard's Fetlock equals 8 more than each Zebra's Sesamoid Bones. The number of each Raccoon's Distal Phalanges equals 21. The number of each Pelican Pier's Leopard equals the difference of each Montreal Insectarium's Pigeon Loft and each Zebra's Proximal Phalanges. The number of each Insectarium of Philadelphia's Penguin Exhibit equals 17 times as much as each Raccoon's Distal Phalanges. The number of each Zebra's Proximal Phalanges equals each Penguin Exhibit's Zebra. How many Animal does Houston Insectarium have? | Define Raccoon's Fetlock as r; so r = 14. Define Penguin Exhibit's Zebra as N; so N = r = 14. Define Crane Courtyard's Panda as BACK. Define Insectarium of Philadelphia's Enclosure as BACK. Define Zebra's Proximal Phalanges as f; so f = N = 14. Define Zebra's Sesamoid Bones as T; so T = f - r = 14 - 14 = 0. Define Insectarium of Denver's Bone as BACK. Define Leopard's Fetlock as O; so O = 8 + T = 8 + 0 = 8. Define Leopard's Bone as b; so b = O = 8. Define Pigeon Loft's Bone as BACK. Define Insectarium of Denver's Enclosure as BACK. Define Pigeon Loft's Raccoon as W; so W = 5 * b = 5 * 8 = 17. Define Pelican Pier's Leopard as BACK. Define Houston Insectarium's Pigeon Loft as V; so V = 18 * W = 18 * 17 = 7. Define Houston Insectarium's Animal as BACK. Define Pigeon Loft's Animal as u; so u = W = 17. Define Houston Insectarium's Animal as I; so I = V * u = 7 * 17 = 4. | 4 | med | 10 |
463 | The number of each Bengal Tiger's Saphenous Vein equals each Saphenous Vein's Papillary Muscle Cells. The number of each Rhinoceros's Tricuspid Valve equals the sum of each Bengal Tiger's Saphenous Vein and each Bengal Tiger's Tricuspid Valve. The number of each Bengal Tiger's Tricuspid Valve equals each Bengal Tiger's Saphenous Vein. The number of each Rhinoceros's Saphenous Vein equals each Saphenous Vein's Diaphragm Muscle Cells. The number of each Saphenous Vein's Arrector Pili Muscle Cells equals each Rhinoceros's Saphenous Vein. The number of each Saphenous Vein's Diaphragm Muscle Cells equals 3. The number of each Saphenous Vein's Papillary Muscle Cells equals each Saphenous Vein's Arrector Pili Muscle Cells. The number of each Tricuspid Valve's Arrector Pili Muscle Cells equals each Rhinoceros's Tricuspid Valve. The number of each Tricuspid Valve's Papillary Muscle Cells equals each Bengal Tiger's Organs. How many Cells does Tricuspid Valve have? | Define Saphenous Vein's Cells as BACK. Define Saphenous Vein's Diaphragm Muscle Cells as Y; so Y = 3. Define Tricuspid Valve's Arrector Pili Muscle Cells as BACK. Define Rhinoceros's Tricuspid Valve as BACK. Define Rhinoceros's Saphenous Vein as O; so O = Y = 3. Define Bengal Tiger's Tricuspid Valve as BACK. Define Rhinoceros's Cells as BACK. Define Bengal Tiger's Cells as BACK. Define Tricuspid Valve's Papillary Muscle Cells as BACK. Define Saphenous Vein's Cells as BACK. Define Saphenous Vein's Arrector Pili Muscle Cells as o; so o = O = 3. Define Saphenous Vein's Papillary Muscle Cells as s; so s = o = 3. Define Bengal Tiger's Saphenous Vein as D; so D = s = 3. Define Bengal Tiger's Cells as BACK. Define Bengal Tiger's Tricuspid Valve as y; so y = D = 3. Define Bengal Tiger's Organs as H; so H = D + y = 3 + 3 = 6. Define Tricuspid Valve's Papillary Muscle Cells as V; so V = H = 6. Define Rhinoceros's Tricuspid Valve as r; so r = D + y = 3 + 3 = 6. Define Bengal Tiger's Cells as BACK. Define Rhinoceros's Cells as BACK. Define Tricuspid Valve's Cells as BACK. Define Tricuspid Valve's Arrector Pili Muscle Cells as J; so J = r = 6. Define Tricuspid Valve's Cells as i; so i = J + V = 6 + 6 = 12. | 12 | med | 11 |
464 | The number of each Westbrook University's Chemistry Lab equals the difference of each Rucksack's Watercolor Paint and each Westbrook University's Computer Science Lab. The number of each Computer Science Lab's Packable Travel Backpack equals the sum of each Chemistry Lab's Top-Loading Backpack and each Anatomy Lab's Backpack. The number of each Pinnacle Peak University's Chemistry Lab equals the difference of each Westbrook University's Computer Science Lab and each Computer Science Lab's Rucksack. The number of each Anatomy Lab's Top-Loading Backpack equals 10 times as much as the difference of each Chemistry Lab's Top-Loading Backpack and each Chemistry Lab's Backpack. The number of each Computer Science Lab's Rucksack equals 9 more than each Westbrook University's Chemistry Lab. The number of each Rucksack's Easel equals the sum of each Westbrook University's Backpack, each Anatomy Lab's Backpack and each Anatomy Lab's Stationery. The number of each King's Crown University's Anatomy Lab equals 6 more than the difference of each Westbrook University's Stationery and each Computer Science Lab's Rucksack. The number of each Chemistry Lab's Top-Loading Backpack equals 6. The number of each Westbrook University's Computer Science Lab equals 9. The number of each Rucksack's Watercolor Paint equals each Westbrook University's Computer Science Lab. The number of each Top-Loading Backpack's Craft Knife equals 10 times as much as each Westbrook University's Computer Science Lab. The number of each Packable Travel Backpack's Easel equals the sum of each Westbrook University's Chemistry Lab and each Westbrook University's Computer Science Lab. How many Top-Loading Backpack does Chemistry Lab have? | Define Pinnacle Peak University's Chemistry Lab as BACK. Define Chemistry Lab's Backpack as BACK. Define Chemistry Lab's Top-Loading Backpack as q; so q = 6. | 6 | hard | 1 |
465 | The number of each Riparian Forest's Gorgon equals each Mangrove Forest's Gorgon. The number of each Mangrove Forest's Werewolf equals 1. The number of each Mangrove Forest's Gorgon equals each Secondary Forest's Griffin. The number of each Riparian Forest's Sphinx equals each Mangrove Forest's Gorgon. The number of each Mangrove Forest's Sphinx equals 11 times as much as each Secondary Forest's Sphinx. The number of each Cloud Forest's Gorgon equals each Riparian Forest's Werewolf. The number of each Secondary Forest's Gorgon equals each Riparian Forest's Werewolf. The number of each Secondary Forest's Griffin equals each Mangrove Forest's Werewolf. The number of each Secondary Forest's Sphinx equals the difference of each Secondary Forest's Gorgon and each Riparian Forest's Sphinx. The number of each Cloud Forest's Griffin equals 6 times as much as the difference of each Riparian Forest's Griffin and each Cloud Forest's Werewolf. The number of each Riparian Forest's Griffin equals 8 more than each Mangrove Forest's Sphinx. The number of each Secondary Forest's Werewolf equals the sum of each Mangrove Forest's Griffin, each Cloud Forest's Werewolf and each Cloud Forest's Sphinx. The number of each Riparian Forest's Werewolf equals each Riparian Forest's Sphinx. The number of each Mangrove Forest's Griffin equals 5 times as much as each Cloud Forest's Werewolf. The number of each Cloud Forest's Sphinx equals the difference of each Cloud Forest's Werewolf and each Mangrove Forest's Griffin. The number of each Cloud Forest's Werewolf equals 1. How many Griffin does Riparian Forest have? | Define Mangrove Forest's Werewolf as n; so n = 1. Define Secondary Forest's Sphinx as BACK. Define Secondary Forest's Griffin as E; so E = n = 1. Define Mangrove Forest's Gorgon as I; so I = E = 1. Define Mangrove Forest's Creatures as BACK. Define Riparian Forest's Sphinx as b; so b = I = 1. Define Riparian Forest's Werewolf as H; so H = b = 1. Define Secondary Forest's Gorgon as M; so M = H = 1. Define Secondary Forest's Sphinx as L; so L = M - b = 1 - 1 = 0. Define Mangrove Forest's Sphinx as j; so j = 11 * L = 11 * 0 = 0. Define Riparian Forest's Griffin as i; so i = 8 + j = 8 + 0 = 8. | 8 | hard | 9 |
466 | The number of each Historic Plantation's HelloFresh equals 17 more than each Historic Plantation's Thrive Market. The number of each Historic Plantation's Bigbasket equals each Historic Plantation's Thrive Market. The number of each Old Harbor's Thrive Market equals 21. The number of each Historic Plantation's Thrive Market equals 14. The number of each National Historic Landmark District's Bigbasket equals 3 times as much as the sum of each Historic Plantation's Supermarket and each Historic Plantation's Bigbasket. The number of each National Historic Landmark District's HelloFresh equals 20 more than each Historic Plantation's Bigbasket. How many Thrive Market does Historic Plantation have? | Define Historic Plantation's Bigbasket as BACK. Define National Historic Landmark District's HelloFresh as BACK. Define Historic Plantation's Thrive Market as t; so t = 14. | 14 | med | 1 |
467 | The number of each Tiger's Caudal Vertebrae 3 equals 21 times as much as each Rhinoceros's Caudal Vertebrae 3. The number of each Rhinoceros's Caudal Vertebrae 6 equals each Otter's Caudal Vertebrae 6. The number of each Otter's Caudal Vertebrae 3 equals 14. The number of each Tiger's Caudal Vertebrae 9 equals the difference of each Squirrel's Bone and each Squirrel's Caudal Vertebrae 3. The number of each Otter's Caudal Vertebrae 9 equals each Squirrel's Bone. The number of each Otter's Caudal Vertebrae 6 equals 3. The number of each Squirrel's Caudal Vertebrae 9 equals 16 more than each Squirrel's Caudal Vertebrae 6. The number of each Squirrel's Caudal Vertebrae 3 equals each Otter's Caudal Vertebrae 6. The number of each Rhinoceros's Caudal Vertebrae 3 equals 17. The number of each Rhinoceros's Caudal Vertebrae 2 equals 8. The number of each Rhinoceros's Caudal Vertebrae 9 equals 5. The number of each Tiger's Caudal Vertebrae 2 equals the difference of each Squirrel's Caudal Vertebrae 6 and each Otter's Caudal Vertebrae 3. The number of each Otter's Caudal Vertebrae 2 equals the sum of each Tiger's Caudal Vertebrae 3, each Otter's Caudal Vertebrae 3 and each Rhinoceros's Caudal Vertebrae 9. The number of each Squirrel's Caudal Vertebrae 6 equals 4. The number of each Tiger's Caudal Vertebrae 6 equals the sum of each Tiger's Caudal Vertebrae 3 and each Rhinoceros's Caudal Vertebrae 3. The number of each Squirrel's Caudal Vertebrae 2 equals each Squirrel's Caudal Vertebrae 3. How many Bone does Squirrel have? | Define Otter's Caudal Vertebrae 6 as R; so R = 3. Define Squirrel's Caudal Vertebrae 6 as K; so K = 4. Define Squirrel's Caudal Vertebrae 3 as n; so n = R = 3. Define Otter's Caudal Vertebrae 9 as BACK. Define Tiger's Bone as BACK. Define Squirrel's Bone as BACK. Define Rhinoceros's Bone as BACK. Define Squirrel's Caudal Vertebrae 2 as O; so O = n = 3. Define Squirrel's Caudal Vertebrae 9 as Y; so Y = 16 + K = 16 + 4 = 20. Define Otter's Caudal Vertebrae 9 as BACK. Define Squirrel's Bone as C; U = n + K = 3 + 4 = 7; H = U + Y = 7 + 20 = 4; so C = H + O = 4 + 3 = 7. | 7 | hard | 8 |
468 | The number of each Dolphin Lagoon's Raccoon equals 15 more than the difference of each Edinburgh Zoo's Tropical Fish Tanks and each Berlin Zoological Garden's Dolphin Lagoon. The number of each Berlin Zoological Garden's Dolphin Lagoon equals 11 more than each Edinburgh Zoo's Tropical Fish Tanks. The number of each Zoo Miami's Penguin Beach equals 1 more than each Zoo Miami's Tropical Fish Tanks. The number of each Edinburgh Zoo's Tropical Fish Tanks equals 14. The number of each Dolphin Lagoon's Lion equals 21. The number of each Singapore Zoo's Dolphin Lagoon equals 15. The number of each Tropical Fish Tanks's Tiger equals 12. The number of each Penguin Beach's Monkey equals 1. The number of each Tropical Fish Tanks's Lion equals 18 more than each Singapore Zoo's Freshwater Fish Exhibit. The number of each Zoo Miami's Tropical Fish Tanks equals 22. The number of each Freshwater Fish Exhibit's Raccoon equals each Zoo Miami's Enclosure. The number of each Berlin Zoological Garden's Penguin Beach equals the difference of each Edinburgh Zoo's Enclosure and each Zoo Miami's Tropical Fish Tanks. The number of each Singapore Zoo's Freshwater Fish Exhibit equals the sum of each Freshwater Fish Exhibit's Animal, each Zoo Miami's Penguin Beach, each Zoo Miami's Enclosure and each Freshwater Fish Exhibit's Raccoon. How many Animal does Freshwater Fish Exhibit have? | Define Zoo Miami's Tropical Fish Tanks as V; so V = 22. Define Berlin Zoological Garden's Enclosure as BACK. Define Edinburgh Zoo's Animal as BACK. Define Zoo Miami's Penguin Beach as j; so j = 1 + V = 1 + 22 = 0. Define Tropical Fish Tanks's Lion as BACK. Define Singapore Zoo's Enclosure as BACK. Define Zoo Miami's Enclosure as h; so h = j + V = 0 + 22 = 22. Define Zoo Miami's Animal as BACK. Define Dolphin Lagoon's Raccoon as BACK. Define Freshwater Fish Exhibit's Raccoon as M; so M = h = 22. Define Freshwater Fish Exhibit's Animal as Z; so Z = M = 22. | 22 | hard | 5 |
469 | The number of each Phoenix Insectarium's Dolphin Lagoon equals 8. The number of each Insectarium of Denver's Shark Tank equals each Phoenix Insectarium's Dolphin Lagoon. The number of each Houston Insectarium's Penguin Beach equals 6. The number of each Insectarium of Denver's Penguin Beach equals the sum of each Phoenix Insectarium's Shark Tank, each Insectarium of Washington DC's Shark Tank and each Phoenix Insectarium's Dolphin Lagoon. The number of each Insectarium of Washington DC's Penguin Beach equals the sum of each Insectarium of Denver's Dolphin Lagoon, each Phoenix Insectarium's Dolphin Lagoon, each Phoenix Insectarium's Manatee Mangrove and each Phoenix Insectarium's Enclosure. The number of each Insectarium of Washington DC's Manatee Mangrove equals 15. The number of each Houston Insectarium's Dolphin Lagoon equals each Houston Insectarium's Shark Tank. The number of each Insectarium of Denver's Manatee Mangrove equals 8. The number of each Insectarium of Washington DC's Shark Tank equals 6. The number of each Houston Insectarium's Manatee Mangrove equals each Phoenix Insectarium's Shark Tank. The number of each Insectarium of Washington DC's Dolphin Lagoon equals each Houston Insectarium's Dolphin Lagoon. The number of each Phoenix Insectarium's Shark Tank equals 13 times as much as each Insectarium of Washington DC's Shark Tank. The number of each Houston Insectarium's Shark Tank equals 3 times as much as each Phoenix Insectarium's Shark Tank. The number of each Phoenix Insectarium's Manatee Mangrove equals each Houston Insectarium's Shark Tank. The number of each Phoenix Insectarium's Penguin Beach equals each Insectarium of Washington DC's Shark Tank. The number of each Insectarium of Denver's Dolphin Lagoon equals the sum of each Phoenix Insectarium's Dolphin Lagoon, each Phoenix Insectarium's Manatee Mangrove and each Houston Insectarium's Shark Tank. How many Manatee Mangrove does Phoenix Insectarium have? | Define Insectarium of Washington DC's Shark Tank as A; so A = 6. Define Houston Insectarium's Manatee Mangrove as BACK. Define Insectarium of Denver's Shark Tank as BACK. Define Phoenix Insectarium's Shark Tank as I; so I = 13 * A = 13 * 6 = 9. Define Houston Insectarium's Shark Tank as B; so B = 3 * I = 3 * 9 = 4. Define Houston Insectarium's Enclosure as BACK. Define Phoenix Insectarium's Enclosure as BACK. Define Phoenix Insectarium's Manatee Mangrove as Y; so Y = B = 4. | 4 | hard | 4 |
470 | The number of each Ant Farm's Axolotl equals 20. The number of each Beetle Bungalow's Red Eyed Tree Frog equals 9 more than the sum of each Detroit Insectarium's Enclosure and each Detroit Insectarium's Ant Farm. The number of each Ant Farm's Red Eyed Tree Frog equals the difference of each Ant Farm's Axolotl and each Beetle Bungalow's Red Eyed Tree Frog. The number of each Los Angeles Insectarium's Beetle Bungalow equals 21. The number of each Detroit Insectarium's Ant Farm equals 19. How many Enclosure does Detroit Insectarium have? | Define Los Angeles Insectarium's Animal as BACK. Define Detroit Insectarium's Ant Farm as w; so w = 19. Define Detroit Insectarium's Animal as BACK. Define Detroit Insectarium's Enclosure as J; so J = w = 19. | 19 | hard | 2 |
471 | The number of each Detroit Zoo's Moth Metropolis equals the sum of each Moscow Zoo's Enclosure, each Taronga Zoo's Moth Metropolis and each Moscow Zoo's Moth Metropolis. The number of each Taronga Zoo's Millipede Meadow equals 1. The number of each Detroit Zoo's Millipede Meadow equals 5. The number of each Moscow Zoo's Moth Metropolis equals 6. The number of each Moth Metropolis's Anchovy equals 9 times as much as each Moscow Zoo's Moth Metropolis. The number of each Millipede Meadow's Anchovy equals 18. The number of each Taronga Zoo's Moth Metropolis equals 7. The number of each Moth Metropolis's Pike equals 4. The number of each Moscow Zoo's Millipede Meadow equals the sum of each Moth Metropolis's Anchovy, each Moth Metropolis's Pike, each Millipede Meadow's Pike and each Moscow Zoo's Moth Metropolis. The number of each Millipede Meadow's Pike equals 13 more than each Moscow Zoo's Moth Metropolis. How many Pike does Moth Metropolis have? | Define Moth Metropolis's Anchovy as BACK. Define Moth Metropolis's Pike as L; so L = 4. | 4 | med | 1 |
472 | The number of each National Historic Landmark District's Amazon Fresh equals 5. The number of each Victorian District's Amazon Fresh equals each National Historic Landmark District's Bigbasket. The number of each National Historic Landmark District's Bigbasket equals 5. The number of each Victorian District's Bigbasket equals each National Historic Landmark District's Amazon Fresh. How many Bigbasket does National Historic Landmark District have? | Define Victorian District's Amazon Fresh as BACK. Define Victorian District's Bigbasket as BACK. Define National Historic Landmark District's Bigbasket as g; so g = 5. | 5 | hard | 1 |
473 | The number of each Yogurt's Broccoli equals the sum of each Brie Cheese's Peas, each Brie Cheese's Broccoli, each Brie Cheese's Ingredient and each Butter's Peas. The number of each Brie Cheese's Peas equals 5. The number of each Butter's Onion equals 16 more than the sum of each Yogurt's Cabbage, each Brie Cheese's Cabbage and each Brie Cheese's Broccoli. The number of each Butter's Cabbage equals the sum of each Butter's Onion and each Yogurt's Onion. The number of each Monterey Jack Cheese's Onion equals each Butter's Broccoli. The number of each Brie Cheese's Broccoli equals 4. The number of each Monterey Jack Cheese's Broccoli equals the difference of each Brie Cheese's Cabbage and each Brie Cheese's Broccoli. The number of each Butter's Broccoli equals 3. The number of each Monterey Jack Cheese's Peas equals 0 more than the sum of each Butter's Onion, each Brie Cheese's Peas and each Brie Cheese's Cabbage. The number of each Butter's Peas equals 2 times as much as the difference of each Monterey Jack Cheese's Cabbage and each Butter's Broccoli. The number of each Yogurt's Peas equals each Brie Cheese's Onion. The number of each Brie Cheese's Cabbage equals 19 times as much as each Yogurt's Cabbage. The number of each Yogurt's Cabbage equals 22. The number of each Brie Cheese's Onion equals each Brie Cheese's Cabbage. The number of each Yogurt's Onion equals 19 times as much as each Brie Cheese's Cabbage. The number of each Monterey Jack Cheese's Cabbage equals 4 more than each Butter's Broccoli. How many Peas does Butter have? | Define Butter's Peas as BACK. Define Brie Cheese's Onion as BACK. Define Butter's Ingredient as BACK. Define Butter's Broccoli as Z; so Z = 3. Define Brie Cheese's Onion as BACK. Define Monterey Jack Cheese's Cabbage as q; so q = 4 + Z = 4 + 3 = 7. Define Butter's Peas as r; e = q - Z = 7 - 3 = 4; so r = 2 * e = 2 * 4 = 8. | 8 | hard | 4 |
474 | The number of each Banshee's Elbow Joint equals 19. The number of each Yeti's Wrist Joint equals the sum of each Banshee's Organs and each Yeti's Elbow Joint. The number of each Yeti's Elbow Joint equals 15 times as much as each Banshee's Organs. The number of each Gardens by the Bay in Singapore's Banshee equals 18 times as much as the sum of each Banshee's Organs and each Vondelpark in Amsterdam's Banshee. The number of each Vondelpark in Amsterdam's Yeti equals the difference of each Yeti's Wrist Joint and each Vondelpark in Amsterdam's Banshee. The number of each Gardens by the Bay in Singapore's Yeti equals each Banshee's Elbow Joint. The number of each Banshee's Wrist Joint equals 9. The number of each Vondelpark in Amsterdam's Banshee equals 16 times as much as each Banshee's Wrist Joint. How many Wrist Joint does Banshee have? | Define Banshee's Wrist Joint as J; so J = 9. | 9 | med | 1 |
475 | The number of each Ecology Lab's Camera Backpack equals 9. The number of each Organic Chemistry Lab's Modular Backpack equals each Riverside College's Organic Chemistry Lab. The number of each Skyline College's Organic Chemistry Lab equals 0 more than each Riverside College's Organic Chemistry Lab. The number of each Riverside College's Ecology Lab equals each Organic Chemistry Lab's Camera Backpack. The number of each Organic Chemistry Lab's Camera Backpack equals 8. The number of each Ecology Lab's Modular Backpack equals 6 times as much as the sum of each Ecology Lab's Camera Backpack and each Organic Chemistry Lab's Modular Backpack. The number of each Skyline College's Ecology Lab equals the sum of each Ecology Lab's Modular Backpack, each Riverside College's Organic Chemistry Lab and each Ecology Lab's Camera Backpack. The number of each Riverside College's Organic Chemistry Lab equals 5. How many Camera Backpack does Organic Chemistry Lab have? | Define Riverside College's Classroom as BACK. Define Organic Chemistry Lab's Camera Backpack as Q; so Q = 8. | 8 | hard | 1 |
476 | The number of each Vorticella's Bronchioles equals 20. The number of each Vondelpark in Amsterdam's Vorticella equals each Hampstead Heath in London's Vorticella. The number of each Stentor's Laryngopharynx equals each Vondelpark in Amsterdam's Stentor. The number of each Hyde Park in London's Vorticella equals the sum of each Diatom's Pleural Cavity, each Diatom's Laryngopharynx and each Hyde Park in London's Stentor. The number of each Hyde Park in London's Stentor equals 14. The number of each Vorticella's Laryngopharynx equals 18 more than each Hyde Park in London's Diatom. The number of each Hampstead Heath in London's Vorticella equals 3. The number of each Vorticella's Pleural Cavity equals each Stentor's Organs. The number of each Stentor's Bronchioles equals 1 times as much as the difference of each Hampstead Heath in London's Vorticella and each Vondelpark in Amsterdam's Diatom. The number of each Vondelpark in Amsterdam's Stentor equals 17 times as much as each Vondelpark in Amsterdam's Vorticella. The number of each Diatom's Bronchioles equals 16 more than the sum of each Diatom's Laryngopharynx and each Hyde Park in London's Diatom. The number of each Diatom's Laryngopharynx equals each Hyde Park in London's Stentor. The number of each Hampstead Heath in London's Stentor equals the sum of each Diatom's Laryngopharynx, each Vorticella's Bronchioles and each Hyde Park in London's Stentor. The number of each Stentor's Pleural Cavity equals each Vondelpark in Amsterdam's Diatom. The number of each Diatom's Pleural Cavity equals 7. The number of each Vondelpark in Amsterdam's Diatom equals each Hampstead Heath in London's Vorticella. The number of each Hampstead Heath in London's Diatom equals each Hyde Park in London's Stentor. The number of each Hyde Park in London's Diatom equals 14. How many Pleural Cavity does Vorticella have? | Define Hampstead Heath in London's Vorticella as d; so d = 3. Define Vorticella's Laryngopharynx as BACK. Define Vondelpark in Amsterdam's Vorticella as R; so R = d = 3. Define Stentor's Bronchioles as BACK. Define Diatom's Organs as BACK. Define Hampstead Heath in London's Stentor as BACK. Define Vondelpark in Amsterdam's Stentor as m; so m = 17 * R = 17 * 3 = 5. Define Hyde Park in London's Organs as BACK. Define Vondelpark in Amsterdam's Diatom as B; so B = d = 3. Define Stentor's Bronchioles as i; f = d - B = 3 - 3 = 0; so i = 1 * f = 1 * 0 = 0. Define Stentor's Laryngopharynx as z; so z = m = 5. Define Stentor's Organs as BACK. Define Hampstead Heath in London's Diatom as BACK. Define Hyde Park in London's Vorticella as BACK. Define Stentor's Pleural Cavity as e; so e = B = 3. Define Stentor's Organs as H; M = z + i = 5 + 0 = 5; so H = M + e = 5 + 3 = 8. Define Vorticella's Pleural Cavity as X; so X = H = 8. | 8 | hard | 11 |
477 | The number of each Rockpool Exhibit's Monkey equals each Rockpool Exhibit's Kangaroo. The number of each Coral Reef Exhibit's Squirrel equals the sum of each Monterey Bay Aquarium's Bone, each Monterey Bay Aquarium's Sealion Show Pool, each Elephant's Bone and each The Deep's Enclosure. The number of each Monkey's Basal Plate equals each Tennessee Aquarium's Bone. The number of each Rockpool Exhibit's Elephant equals 13. The number of each Okinawa Churaumi Aquarium's Rockpool Exhibit equals 6. The number of each Okinawa Churaumi Aquarium's Kelp Forest Tank equals each Kangaroo's Epicentrals. The number of each Okinawa Churaumi Aquarium's Coral Reef Exhibit equals each Squirrel's Hypurals. The number of each Monkey's Postzygapophyses equals the difference of each Okinawa Churaumi Aquarium's Rockpool Exhibit and each The Deep's Bone. The number of each Squirrel's Hypurals equals 8 times as much as each Okinawa Churaumi Aquarium's Rockpool Exhibit. The number of each Kangaroo's Postzygapophyses equals the sum of each Okinawa Churaumi Aquarium's Coral Reef Exhibit and each Rockpool Exhibit's Kangaroo. The number of each Rockpool Exhibit's Kangaroo equals each Okinawa Churaumi Aquarium's Rockpool Exhibit. The number of each Monterey Bay Aquarium's Sealion Show Pool equals each The Deep's Animal. The number of each Kangaroo's Epicentrals equals 1. How many Bone does Monterey Bay Aquarium have? | Define Sealion Show Pool's Bone as q; so q = 0. Define The Deep's Animal as o; so o = 0. Define Monterey Bay Aquarium's Sealion Show Pool as L; so L = o = 0. Define Monterey Bay Aquarium's Bone as V; so V = L * q = 0 * 0 = 0. | 0 | med | 4 |
478 | The number of each Chihuahuan Desert's Giraffe equals 11 times as much as each Karakum Desert's Creatures. The number of each Karakum Desert's Cheetah equals 1 more than the sum of each Kalahari Desert's Creatures, each Chihuahuan Desert's Wolf and each Gobi Desert's Creatures. The number of each Chihuahuan Desert's Wolf equals 21 times as much as each Kalahari Desert's Creatures. The number of each Gobi Desert's Giraffe equals 21. The number of each Kalahari Desert's Gorilla equals 14 more than the difference of each Gobi Desert's Creatures and each Gobi Desert's Giraffe. How many Creatures does Chihuahuan Desert have? | Define Gobi Desert's Creatures as BACK. Define Gobi Desert's Giraffe as B; so B = 21. Define Karakum Desert's Creatures as BACK. Define Chihuahuan Desert's Wolf as BACK. Define Gobi Desert's Creatures as b; so b = B = 21. Define Karakum Desert's Creatures as BACK. Define Kalahari Desert's Gorilla as y; T = b - B = 21 - 21 = 0; so y = 14 + T = 14 + 0 = 14. Define Chihuahuan Desert's Wolf as BACK. Define Kalahari Desert's Creatures as W; so W = y = 14. Define Chihuahuan Desert's Creatures as BACK. Define Karakum Desert's Cheetah as BACK. Define Chihuahuan Desert's Wolf as u; so u = 21 * W = 21 * 14 = 18. Define Karakum Desert's Creatures as BACK. Define Karakum Desert's Cheetah as l; A = W + u = 14 + 18 = 9; z = A + b = 9 + 21 = 7; so l = 1 + z = 1 + 7 = 8. Define Karakum Desert's Creatures as p; so p = l = 8. Define Chihuahuan Desert's Creatures as BACK. Define Chihuahuan Desert's Giraffe as j; so j = 11 * p = 11 * 8 = 19. Define Chihuahuan Desert's Creatures as C; so C = j + u = 19 + 18 = 14. | 14 | med | 12 |
479 | The number of each Wolf's Vocal Cords equals 11 times as much as each Kangaroo's Oropharynx. The number of each Vocal Cords's Muscle Spindle Cells equals 15 times as much as the difference of each Wolf's Vocal Cords and each Kangaroo's Oropharynx. The number of each Intercostal Muscles's Muscle Spindle Cells equals the sum of each Oropharynx's Intercalated Discs and each Vocal Cords's Intercalated Discs. The number of each Vocal Cords's Skeletal Muscle Cells equals 10 more than each Wolf's Vocal Cords. The number of each Kangaroo's Oropharynx equals 12. The number of each Kangaroo's Intercostal Muscles equals 22 more than each Anteater's Vocal Cords. The number of each Wolf's Oropharynx equals 2. The number of each Oropharynx's Skeletal Muscle Cells equals 10. The number of each Anteater's Oropharynx equals 6 more than each Oropharynx's Intercalated Discs. The number of each Anteater's Intercostal Muscles equals 22 times as much as the sum of each Anteater's Vocal Cords, each Wolf's Intercostal Muscles and each Oropharynx's Intercalated Discs. The number of each Wolf's Intercostal Muscles equals 0 more than each Anteater's Vocal Cords. The number of each Vocal Cords's Intercalated Discs equals the sum of each Wolf's Vocal Cords, each Kangaroo's Oropharynx and each Vocal Cords's Muscle Spindle Cells. The number of each Anteater's Vocal Cords equals 16. The number of each Oropharynx's Muscle Spindle Cells equals each Kangaroo's Oropharynx. The number of each Kangaroo's Vocal Cords equals 13 times as much as the difference of each Kangaroo's Oropharynx and each Vocal Cords's Intercalated Discs. The number of each Oropharynx's Intercalated Discs equals each Kangaroo's Intercostal Muscles. How many Cells does Vocal Cords have? | Define Kangaroo's Oropharynx as g; so g = 12. Define Wolf's Vocal Cords as l; so l = 11 * g = 11 * 12 = 17. Define Vocal Cords's Muscle Spindle Cells as m; F = l - g = 17 - 12 = 5; so m = 15 * F = 15 * 5 = 6. Define Vocal Cords's Intercalated Discs as L; G = l + g = 17 + 12 = 6; so L = G + m = 6 + 6 = 12. Define Anteater's Organs as BACK. Define Vocal Cords's Skeletal Muscle Cells as j; so j = 10 + l = 10 + 17 = 4. Define Vocal Cords's Cells as S; n = j + m = 4 + 6 = 10; so S = n + L = 10 + 12 = 22. | 22 | hard | 9 |
480 | The number of each Pulmonary Valve's Arrector Pili Muscle Cells equals 14. The number of each Arterioles's Pericytes equals each Saphenous Vein's Cells. The number of each Pulmonary Valve's Myoepithelial Cells equals 8 times as much as each Pulmonary Valve's Arrector Pili Muscle Cells. How many Cells does Pulmonary Valve have? | Define Pulmonary Valve's Arrector Pili Muscle Cells as F; so F = 14. Define Pulmonary Valve's Cells as BACK. Define Arterioles's Pericytes as BACK. Define Pulmonary Valve's Myoepithelial Cells as z; so z = 8 * F = 8 * 14 = 20. Define Arterioles's Pericytes as BACK. Define Arterioles's Cells as BACK. Define Pulmonary Valve's Cells as W; so W = z + F = 20 + 14 = 11. | 11 | med | 3 |
481 | The number of each Meadowland College's Anthropology Lab equals 15 times as much as each Riverside College's Business Management Room. The number of each Riverside College's Business Management Room equals 17. The number of each Riverside College's Education Studies Room equals 1 times as much as the sum of each Meadowland College's Classroom, each Riverside College's Business Management Room and each Meadowland College's Anthropology Lab. The number of each Seaside Community College's Public Administration Classroom equals each Riverside College's Education Studies Room. How many Classroom does Seaside Community College have? | Define Meadowland College's Classroom as BACK. Define Riverside College's Business Management Room as d; so d = 17. Define Seaside Community College's Public Administration Classroom as BACK. Define Seaside Community College's Classroom as BACK. Define Meadowland College's Anthropology Lab as D; so D = 15 * d = 15 * 17 = 2. Define Seaside Community College's Classroom as BACK. Define Meadowland College's Classroom as k; so k = D = 2. Define Seaside Community College's Public Administration Classroom as BACK. Define Riverside College's Classroom as BACK. Define Seaside Community College's Classroom as BACK. Define Riverside College's Education Studies Room as p; j = k + d = 2 + 17 = 19; S = j + D = 19 + 2 = 21; so p = 1 * S = 1 * 21 = 21. Define Seaside Community College's Public Administration Classroom as f; so f = p = 21. Define Seaside Community College's Classroom as c; so c = f = 21. | 21 | hard | 8 |
482 | The number of each Monkey's Radial Carpal equals each Lion's Radial Carpal. The number of each Monkey's Metacarpal III equals 19. The number of each Kangaroo's Metacarpal III equals 15 more than each Lion's Radial Carpal. The number of each Deer's Metacarpal III equals 0 more than the sum of each Kangaroo's Radial Carpal, each Monkey's Radial Carpal and each Monkey's Metacarpal III. The number of each Monkey's Distal Phalanx equals each Lion's Distal Phalanx. The number of each Deer's Distal Phalanx equals 17 times as much as each Kangaroo's Distal Phalanx. The number of each Lion's Metacarpal III equals each Monkey's Radial Carpal. The number of each Lion's Distal Phalanx equals the sum of each Deer's Ulnar Carpal, each Monkey's Radial Carpal and each Kangaroo's Ulnar Carpal. The number of each Deer's Radial Carpal equals the sum of each Lion's Metacarpal III and each Monkey's Metacarpal III. The number of each Lion's Ulnar Carpal equals 18. The number of each Kangaroo's Distal Phalanx equals 14. The number of each Kangaroo's Ulnar Carpal equals 19 more than each Kangaroo's Distal Phalanx. The number of each Kangaroo's Radial Carpal equals the sum of each Monkey's Ulnar Carpal and each Monkey's Metacarpal III. The number of each Lion's Radial Carpal equals 22 more than each Monkey's Metacarpal III. The number of each Deer's Ulnar Carpal equals 16 times as much as each Kangaroo's Distal Phalanx. The number of each Monkey's Ulnar Carpal equals 9. How many Ulnar Carpal does Deer have? | Define Lion's Distal Phalanx as BACK. Define Kangaroo's Metacarpal III as BACK. Define Kangaroo's Distal Phalanx as e; so e = 14. Define Deer's Ulnar Carpal as F; so F = 16 * e = 16 * 14 = 17. | 17 | med | 2 |
483 | The number of each Forest Ridge University's Dance Hall equals each Sunnydale University's Classroom. The number of each Sunnydale University's Dance Hall equals 6 times as much as each Sunnydale University's Hockey Rink. The number of each Forest Ridge University's Hockey Rink equals 13 more than the sum of each Crestwood University's Gymnasium and each Crestwood University's Hockey Rink. The number of each Crestwood University's Hockey Rink equals 14. The number of each Crestwood University's Gymnasium equals 11 more than the sum of each Sunnydale University's Dance Hall and each Forest Ridge University's Dance Hall. The number of each Sunnydale University's Hockey Rink equals each Crestwood University's Hockey Rink. The number of each Sunnydale University's Gymnasium equals 1. The number of each Forest Ridge University's Gymnasium equals the sum of each Crestwood University's Gymnasium, each Sunnydale University's Dance Hall and each Sunnydale University's Classroom. How many Classroom does Forest Ridge University have? | Define Crestwood University's Classroom as BACK. Define Crestwood University's Hockey Rink as O; so O = 14. Define Forest Ridge University's Classroom as BACK. Define Sunnydale University's Hockey Rink as Y; so Y = O = 14. Define Forest Ridge University's Hockey Rink as BACK. Define Sunnydale University's Classroom as BACK. Define Sunnydale University's Gymnasium as e; so e = 1. Define Sunnydale University's Classroom as BACK. Define Sunnydale University's Dance Hall as m; so m = 6 * Y = 6 * 14 = 15. Define Forest Ridge University's Gymnasium as BACK. Define Crestwood University's Classroom as BACK. Define Forest Ridge University's Dance Hall as BACK. Define Sunnydale University's Classroom as U; n = m + e = 15 + 1 = 16; so U = n + Y = 16 + 14 = 7. Define Crestwood University's Gymnasium as BACK. Define Forest Ridge University's Dance Hall as j; so j = U = 7. Define Crestwood University's Gymnasium as r; X = m + j = 15 + 7 = 22; so r = 11 + X = 11 + 22 = 10. Define Forest Ridge University's Gymnasium as f; W = r + m = 10 + 15 = 2; so f = W + U = 2 + 7 = 9. Define Forest Ridge University's Classroom as BACK. Define Forest Ridge University's Hockey Rink as x; V = r + O = 10 + 14 = 1; so x = 13 + V = 13 + 1 = 14. Define Forest Ridge University's Classroom as i; T = j + f = 7 + 9 = 16; so i = T + x = 16 + 14 = 7. | 7 | hard | 15 |
484 | The number of each WebWorld Institute's Geology Lab equals 19. The number of each Organic Chemistry Lab's Convertible Backpack equals 9 times as much as each WebWorld Institute's Geology Lab. The number of each CyberScholars's Chemistry Lab equals 7 more than the difference of each WebWorld Institute's Organic Chemistry Lab and each Organic Chemistry Lab's Backpacking Pack. The number of each Organic Chemistry Lab's Rucksack equals 15. The number of each WebWorld Institute's Organic Chemistry Lab equals each EduWeb Academy's Backpack. The number of each Organic Chemistry Lab's Backpacking Pack equals each WebWorld Institute's Geology Lab. The number of each CyberScholars's Genetics Lab equals the sum of each Organic Chemistry Lab's Convertible Backpack, each CyberScholars's Chemistry Lab and each Chemistry Lab's Top-Loading Backpack. The number of each Chemistry Lab's Top-Loading Backpack equals 7 times as much as each Organic Chemistry Lab's Backpacking Pack. How many Backpack does CyberScholars have? | Define WebWorld Institute's Geology Lab as Y; so Y = 19. Define Chemistry Lab's Backpack as BACK. Define Organic Chemistry Lab's Backpacking Pack as w; so w = Y = 19. Define Chemistry Lab's Backpack as BACK. Define CyberScholars's Backpack as BACK. Define WebWorld Institute's Backpack as BACK. Define CyberScholars's Chemistry Lab as BACK. Define Chemistry Lab's Top-Loading Backpack as J; so J = 7 * w = 7 * 19 = 18. Define WebWorld Institute's Backpack as BACK. Define CyberScholars's Genetics Lab as BACK. Define EduWeb Academy's Backpack as j; so j = 0. Define Chemistry Lab's Backpack as T; so T = J = 18. Define WebWorld Institute's Organic Chemistry Lab as Q; so Q = j = 0. Define CyberScholars's Backpack as BACK. Define Organic Chemistry Lab's Convertible Backpack as u; so u = 9 * Y = 9 * 19 = 10. Define CyberScholars's Chemistry Lab as v; H = Q - w = 0 - 19 = 4; so v = 7 + H = 7 + 4 = 11. Define CyberScholars's Genetics Lab as Z; a = u + v = 10 + 11 = 21; so Z = a + J = 21 + 18 = 16. Define Genetics Lab's Backpack as B; so B = 0. Define CyberScholars's Backpack as e; b = Z * B = 16 * 0 = 0; t = v * T = 11 * 18 = 14; so e = b + t = 0 + 14 = 14. | 14 | hard | 15 |
485 | The number of each Amazon Fresh's Canned Fish equals each Grofers's Product. The number of each Google Express's Canned Fish equals 0 more than each Google Express's Canned Corn. The number of each Google Express's Canned Tomatoes equals each Canned Tomatoes's Duck Confit. The number of each Canned Fish's Chicken Breast equals 1 times as much as each Canned Tomatoes's Pepperoni. The number of each Canned Corn's Pepperoni equals the sum of each Google Express's Canned Corn, each Google Express's Canned Tomatoes and each Canned Tomatoes's Duck Confit. The number of each Canned Tomatoes's Pepperoni equals each Grofers's Ingredient. The number of each Google Express's Canned Corn equals 5. The number of each Canned Tomatoes's Duck Confit equals 14. How many Product does Grofers have? | Define Google Express's Product as BACK. Define Canned Fish's Chicken Breast as BACK. Define Google Express's Ingredient as BACK. Define Grofers's Product as s; so s = 0. | 0 | med | 1 |
486 | The number of each Millipede Meadow's Boa Constrictor equals 12 more than the difference of each Butterfly Garden's Tortoise and each Insectarium of Denver's Butterfly Garden. The number of each Millipede Meadow's Tortoise equals the sum of each Insectarium of Denver's Butterfly Garden, each Montreal Insectarium's Spider Web Exhibit, each Butterfly Garden's Crocodile and each Spider Web Exhibit's Animal. The number of each Insectarium of Denver's Butterfly Garden equals each Butterfly Garden's Tortoise. The number of each Montreal Insectarium's Millipede Meadow equals 1. The number of each Insectarium of Seattle's Millipede Meadow equals 16. The number of each Insectarium of Philadelphia's Butterfly Garden equals 16. The number of each Butterfly Garden's Crocodile equals 16 times as much as each Insectarium of Seattle's Millipede Meadow. The number of each Spider Web Exhibit's Boa Constrictor equals 5 times as much as the difference of each Millipede Meadow's Boa Constrictor and each Insectarium of Denver's Butterfly Garden. The number of each Montreal Insectarium's Butterfly Garden equals each Insectarium of Seattle's Millipede Meadow. The number of each Insectarium of Seattle's Butterfly Garden equals each Insectarium of Philadelphia's Millipede Meadow. The number of each Insectarium of Denver's Millipede Meadow equals each Butterfly Garden's Boa Constrictor. The number of each Butterfly Garden's Boa Constrictor equals 15. The number of each Insectarium of Denver's Spider Web Exhibit equals each Insectarium of Seattle's Millipede Meadow. The number of each Spider Web Exhibit's Crocodile equals the sum of each Insectarium of Denver's Butterfly Garden, each Butterfly Garden's Tortoise, each Millipede Meadow's Boa Constrictor and each Spider Web Exhibit's Boa Constrictor. The number of each Montreal Insectarium's Spider Web Exhibit equals 22 more than each Spider Web Exhibit's Animal. The number of each Insectarium of Seattle's Spider Web Exhibit equals 16. The number of each Butterfly Garden's Tortoise equals 10. The number of each Millipede Meadow's Crocodile equals 16 times as much as the sum of each Insectarium of Denver's Millipede Meadow and each Millipede Meadow's Tortoise. The number of each Insectarium of Philadelphia's Millipede Meadow equals 7 times as much as the sum of each Spider Web Exhibit's Animal, each Insectarium of Philadelphia's Butterfly Garden and each Butterfly Garden's Crocodile. How many Spider Web Exhibit does Montreal Insectarium have? | Define Millipede Meadow's Tortoise as BACK. Define Butterfly Garden's Tortoise as S; so S = 10. Define Millipede Meadow's Boa Constrictor as BACK. Define Millipede Meadow's Animal as BACK. Define Insectarium of Denver's Butterfly Garden as W; so W = S = 10. Define Millipede Meadow's Boa Constrictor as A; d = S - W = 10 - 10 = 0; so A = 12 + d = 12 + 0 = 12. Define Spider Web Exhibit's Crocodile as BACK. Define Spider Web Exhibit's Boa Constrictor as O; o = A - W = 12 - 10 = 2; so O = 5 * o = 5 * 2 = 10. Define Spider Web Exhibit's Crocodile as P; u = W + S = 10 + 10 = 20; F = u + A = 20 + 12 = 9; so P = F + O = 9 + 10 = 19. Define Montreal Insectarium's Enclosure as BACK. Define Spider Web Exhibit's Animal as e; so e = P + O = 19 + 10 = 6. Define Montreal Insectarium's Spider Web Exhibit as R; so R = 22 + e = 22 + 6 = 5. | 5 | hard | 11 |
487 | The number of each Endothelium's Arrector Pili Muscle Cells equals 16 times as much as each Chambers of the Heart's Intercalated Discs. The number of each Chambers of the Heart's Intercalated Discs equals each Saphenous Vein's Arrector Pili Muscle Cells. The number of each Endothelium's Intercalated Discs equals 6. The number of each Saphenous Vein's Smooth Muscle Cells equals 16. The number of each Endothelium's Smooth Muscle Cells equals each Chambers of the Heart's Cells. The number of each Chambers of the Heart's Smooth Muscle Cells equals each Endothelium's Arrector Pili Muscle Cells. The number of each Saphenous Vein's Arrector Pili Muscle Cells equals 18 times as much as each Chambers of the Heart's Arrector Pili Muscle Cells. The number of each Chambers of the Heart's Arrector Pili Muscle Cells equals 3. The number of each Saphenous Vein's Intercalated Discs equals each Saphenous Vein's Smooth Muscle Cells. How many Smooth Muscle Cells does Endothelium have? | Define Chambers of the Heart's Arrector Pili Muscle Cells as R; so R = 3. Define Saphenous Vein's Arrector Pili Muscle Cells as B; so B = 18 * R = 18 * 3 = 8. Define Chambers of the Heart's Smooth Muscle Cells as BACK. Define Chambers of the Heart's Intercalated Discs as E; so E = B = 8. Define Endothelium's Arrector Pili Muscle Cells as j; so j = 16 * E = 16 * 8 = 13. Define Endothelium's Cells as BACK. Define Chambers of the Heart's Smooth Muscle Cells as h; so h = j = 13. Define Chambers of the Heart's Cells as X; P = R + E = 3 + 8 = 11; so X = P + h = 11 + 13 = 1. Define Saphenous Vein's Cells as BACK. Define Saphenous Vein's Intercalated Discs as BACK. Define Endothelium's Cells as BACK. Define Endothelium's Smooth Muscle Cells as x; so x = X = 1. | 1 | hard | 8 |
488 | The number of each Diplomatic District's T&T Supermarket equals the sum of each Buford Highway Farmers Market's Canned Pasta, each Town Hall District's T&T Supermarket and each T&T Supermarket's Canned Fish. The number of each Diplomatic District's Buford Highway Farmers Market equals 2 more than each T&T Supermarket's Canned Corn. The number of each Town Hall District's T&T Supermarket equals each T&T Supermarket's Canned Corn. The number of each T&T Supermarket's Canned Fish equals 14. The number of each Embassy District's T&T Supermarket equals 20. The number of each 99 Ranch Market's Canned Corn equals 18. The number of each T&T Supermarket's Canned Corn equals 22. The number of each 99 Ranch Market's Canned Pasta equals 4. The number of each Buford Highway Farmers Market's Canned Pasta equals 16 more than the sum of each Town Hall District's Product and each T&T Supermarket's Product. The number of each Embassy District's 99 Ranch Market equals the difference of each T&T Supermarket's Canned Fish and each Diplomatic District's Buford Highway Farmers Market. How many Product does Diplomatic District have? | Define T&T Supermarket's Canned Fish as G; so G = 14. Define T&T Supermarket's Canned Corn as V; so V = 22. Define Town Hall District's T&T Supermarket as y; so y = V = 22. Define Buford Highway Farmers Market's Product as BACK. Define Town Hall District's Product as BACK. Define Buford Highway Farmers Market's Canned Pasta as BACK. Define T&T Supermarket's Product as x; so x = G + V = 14 + 22 = 13. Define Town Hall District's Product as f; so f = y * x = 22 * 13 = 10. Define Buford Highway Farmers Market's Canned Pasta as m; N = f + x = 10 + 13 = 0; so m = 16 + N = 16 + 0 = 16. Define Diplomatic District's Supermarket as BACK. Define Embassy District's Supermarket as BACK. Define Embassy District's 99 Ranch Market as BACK. Define 99 Ranch Market's Product as BACK. Define Diplomatic District's Product as BACK. Define Diplomatic District's T&T Supermarket as P; n = m + y = 16 + 22 = 15; so P = n + G = 15 + 14 = 6. Define Diplomatic District's Buford Highway Farmers Market as u; so u = 2 + V = 2 + 22 = 1. Define 99 Ranch Market's Product as BACK. Define Buford Highway Farmers Market's Product as t; so t = m = 16. Define 99 Ranch Market's Product as BACK. Define Embassy District's Supermarket as BACK. Define Embassy District's Product as BACK. Define Diplomatic District's Product as a; Y = u * t = 1 * 16 = 16; l = P * x = 6 * 13 = 9; so a = Y + l = 16 + 9 = 2. | 2 | med | 14 |
489 | The number of each Embassy District's Amazon Fresh equals 14. The number of each Bureaucratic District's Amazon Fresh equals 16 more than each Embassy District's Amazon Fresh. The number of each DoorDash's Canned Soups equals the difference of each Embassy District's DoorDash and each Embassy District's Amazon Fresh. The number of each GrubMarket's Canned Soups equals 5. The number of each Bureaucratic District's GrubMarket equals 17 more than the difference of each DoorDash's Canned Fish and each Town Hall District's GrubMarket. The number of each Town Hall District's DoorDash equals 2. The number of each DoorDash's Canned Fish equals 6 times as much as the sum of each Embassy District's DoorDash and each GrubMarket's Product. The number of each GrubMarket's Canned Fish equals 14 times as much as each Town Hall District's GrubMarket. The number of each Amazon Fresh's Canned Fish equals 9 more than the sum of each Town Hall District's Supermarket, each GrubMarket's Canned Fish and each Bureaucratic District's Amazon Fresh. The number of each Town Hall District's GrubMarket equals 10. The number of each Embassy District's DoorDash equals each Town Hall District's Supermarket. The number of each Amazon Fresh's Canned Soups equals 4 more than the sum of each Town Hall District's Amazon Fresh and each Amazon Fresh's Canned Fish. The number of each Town Hall District's Amazon Fresh equals each GrubMarket's Canned Fish. The number of each Bureaucratic District's DoorDash equals each Amazon Fresh's Canned Fish. How many DoorDash does Embassy District have? | Define Embassy District's Supermarket as BACK. Define DoorDash's Product as BACK. Define Town Hall District's GrubMarket as b; so b = 10. Define Town Hall District's Amazon Fresh as BACK. Define GrubMarket's Canned Fish as M; so M = 14 * b = 14 * 10 = 2. Define Town Hall District's DoorDash as i; so i = 2. Define Bureaucratic District's Amazon Fresh as BACK. Define Town Hall District's Amazon Fresh as c; so c = M = 2. Define DoorDash's Canned Fish as BACK. Define Amazon Fresh's Canned Fish as BACK. Define Town Hall District's Supermarket as H; Z = c + b = 2 + 10 = 12; so H = Z + i = 12 + 2 = 14. Define Embassy District's Product as BACK. Define DoorDash's Canned Fish as BACK. Define Embassy District's DoorDash as F; so F = H = 14. | 14 | med | 7 |
490 | The number of each Business Management Room's Running Backpack equals each Yoga Mat Backpack's Rubber Band. The number of each Business Management Room's Yoga Mat Backpack equals 5. The number of each Snowboard Backpack's Calculator equals 7 more than each Yoga Mat Backpack's Correction Fluid. The number of each Business Management Room's Shoe Compartment Backpack equals the sum of each Business Management Room's Running Backpack and each Public Relations Studio's Shoe Compartment Backpack. The number of each Yoga Mat Backpack's Rubber Band equals 2 times as much as each Public Relations Studio's Backpack. The number of each Snowboard Backpack's Correction Fluid equals each Business Management Room's Running Backpack. The number of each Public Relations Studio's Shoe Compartment Backpack equals each Public Relations Studio's Running Backpack. The number of each Running Backpack's Rubber Band equals each Business Management Room's Yoga Mat Backpack. The number of each Yoga Mat Backpack's Correction Fluid equals 7 times as much as each Business Management Room's Yoga Mat Backpack. The number of each Shoe Compartment Backpack's Rubber Band equals 19. The number of each Public Relations Studio's Yoga Mat Backpack equals 21 more than each Public Relations Studio's Snowboard Backpack. The number of each Public Relations Studio's Snowboard Backpack equals 9. The number of each Running Backpack's Calculator equals 13 more than the sum of each Business Management Room's Yoga Mat Backpack and each Public Relations Studio's Snowboard Backpack. The number of each Yoga Mat Backpack's Calculator equals 22 times as much as each Snowboard Backpack's Correction Fluid. The number of each Public Relations Studio's Running Backpack equals 6 times as much as each Public Relations Studio's Yoga Mat Backpack. The number of each Business Management Room's Snowboard Backpack equals 10. The number of each Shoe Compartment Backpack's Calculator equals the sum of each Business Management Room's Snowboard Backpack, each Public Relations Studio's Backpack and each Public Relations Studio's Shoe Compartment Backpack. How many Running Backpack does Business Management Room have? | Define Snowboard Backpack's Correction Fluid as BACK. Define Public Relations Studio's Snowboard Backpack as z; so z = 9. Define Business Management Room's Stationery as BACK. Define Shoe Compartment Backpack's Calculator as BACK. Define Public Relations Studio's Yoga Mat Backpack as Q; so Q = 21 + z = 21 + 9 = 7. Define Public Relations Studio's Running Backpack as O; so O = 6 * Q = 6 * 7 = 19. Define Public Relations Studio's Shoe Compartment Backpack as D; so D = O = 19. Define Public Relations Studio's Backpack as p; k = z + D = 9 + 19 = 5; j = k + Q = 5 + 7 = 12; so p = j + O = 12 + 19 = 8. Define Running Backpack's Stationery as BACK. Define Yoga Mat Backpack's Rubber Band as f; so f = 2 * p = 2 * 8 = 16. Define Yoga Mat Backpack's Stationery as BACK. Define Business Management Room's Running Backpack as o; so o = f = 16. | 16 | hard | 9 |
491 | The number of each Beijing Zoo's Duck Pond equals 4. The number of each Cincinnati Zoo's Parrot Paradise equals the sum of each Beijing Zoo's Duck Pond, each Beijing Zoo's Enclosure and each Beijing Zoo's Parrot Paradise. The number of each Cincinnati Zoo's Duck Pond equals 12. The number of each Beijing Zoo's Parrot Paradise equals 0 more than each Beijing Zoo's Duck Pond. How many Enclosure does Beijing Zoo have? | Define Beijing Zoo's Parrot Paradise as BACK. Define Beijing Zoo's Duck Pond as Q; so Q = 4. Define Beijing Zoo's Parrot Paradise as I; so I = 0 + Q = 0 + 4 = 4. Define Beijing Zoo's Enclosure as W; so W = I + Q = 4 + 4 = 8. | 8 | hard | 3 |
492 | The number of each Physical Chemistry Lab's Slim Work Backpack equals 11. The number of each Physical Chemistry Lab's Tech Backpack equals each Physical Chemistry Lab's Slim Work Backpack. The number of each Chemistry Lab's Camera Backpack equals 19. How many Camera Backpack does Chemistry Lab have? | Define Physical Chemistry Lab's Backpack as BACK. Define Physical Chemistry Lab's Tech Backpack as BACK. Define Chemistry Lab's Camera Backpack as O; so O = 19. | 19 | med | 1 |
493 | The number of each Legislative District's Sam's Club equals each Legislative District's Safeway. The number of each Sam's Club's Canned Peas equals 8. The number of each Legislative District's Tesco equals 8 more than each Tesco's Canned Pineapple. The number of each Sam's Club's Canned Pineapple equals 7. The number of each Wegmans's Canned Peas equals 5 more than the difference of each Legislative District's Safeway and each Sam's Club's Canned Pineapple. The number of each Wegmans's Canned Corn equals 4. The number of each Wegmans's Canned Soups equals the sum of each Sam's Club's Product and each Sam's Club's Canned Peas. The number of each Wegmans's Canned Pineapple equals 1. The number of each Legislative District's Safeway equals the sum of each Sam's Club's Canned Pineapple, each Tesco's Canned Pineapple and each Legislative District's Wegmans. The number of each Police District's Tesco equals 0. The number of each Safeway's Canned Pineapple equals 12 more than the sum of each Wegmans's Canned Pineapple, each Tesco's Canned Pineapple and each Tesco's Product. The number of each Safeway's Canned Soups equals each Tesco's Product. The number of each Legislative District's Wegmans equals 12. The number of each Safeway's Canned Peas equals 17 more than the difference of each Wegmans's Canned Soups and each Safeway's Canned Soups. The number of each Tesco's Canned Pineapple equals 3. How many Canned Pineapple does Wegmans have? | Define Police District's Product as BACK. Define Safeway's Canned Pineapple as BACK. Define Safeway's Canned Soups as BACK. Define Safeway's Product as BACK. Define Wegmans's Canned Pineapple as J; so J = 1. | 1 | med | 1 |
494 | The number of each Modular Backpack's Notebook equals the difference of each Business Daypack's Notebook and each Conference Backpack's Notebook. The number of each Executive Backpack's Journal equals 12 more than the difference of each Conference Backpack's Notebook and each Executive Backpack's Binder Paper. The number of each Business Daypack's Binder Paper equals each Executive Backpack's Journal. The number of each Business Daypack's Journal equals each Executive Backpack's Notebook. The number of each Executive Backpack's Notebook equals each Conference Backpack's Notebook. The number of each Conference Backpack's Binder Paper equals 9 times as much as each Modular Backpack's Stationery. The number of each Executive Backpack's Binder Paper equals 14. The number of each Modular Backpack's Binder Paper equals each Conference Backpack's Journal. The number of each Conference Backpack's Journal equals each Business Daypack's Stationery. The number of each Conference Backpack's Notebook equals 12 times as much as each Executive Backpack's Binder Paper. The number of each Business Daypack's Notebook equals each Executive Backpack's Binder Paper. The number of each Modular Backpack's Journal equals the sum of each Executive Backpack's Binder Paper and each Business Daypack's Notebook. How many Binder Paper does Conference Backpack have? | Define Executive Backpack's Binder Paper as x; so x = 14. Define Conference Backpack's Notebook as r; so r = 12 * x = 12 * 14 = 7. Define Conference Backpack's Binder Paper as BACK. Define Conference Backpack's Stationery as BACK. Define Business Daypack's Stationery as BACK. Define Modular Backpack's Journal as BACK. Define Executive Backpack's Stationery as BACK. Define Executive Backpack's Notebook as D; so D = r = 7. Define Modular Backpack's Stationery as BACK. Define Executive Backpack's Stationery as BACK. Define Business Daypack's Journal as Y; so Y = D = 7. Define Business Daypack's Notebook as X; so X = x = 14. Define Executive Backpack's Journal as N; G = r - x = 7 - 14 = 16; so N = 12 + G = 12 + 16 = 5. Define Business Daypack's Binder Paper as s; so s = N = 5. Define Business Daypack's Stationery as y; a = X + Y = 14 + 7 = 21; so y = a + s = 21 + 5 = 3. Define Modular Backpack's Binder Paper as BACK. Define Conference Backpack's Stationery as BACK. Define Conference Backpack's Journal as j; so j = y = 3. Define Conference Backpack's Stationery as BACK. Define Conference Backpack's Binder Paper as BACK. Define Modular Backpack's Stationery as BACK. Define Modular Backpack's Binder Paper as n; so n = j = 3. Define Modular Backpack's Notebook as S; so S = X - r = 14 - 7 = 7. Define Conference Backpack's Binder Paper as BACK. Define Conference Backpack's Stationery as BACK. Define Modular Backpack's Journal as W; so W = x + X = 14 + 14 = 5. Define Conference Backpack's Binder Paper as BACK. Define Modular Backpack's Stationery as w; Q = S + W = 7 + 5 = 12; so w = Q + n = 12 + 3 = 15. Define Conference Backpack's Binder Paper as m; so m = 9 * w = 9 * 15 = 20. | 20 | hard | 17 |
495 | The number of each Historic Industrial District's Jet equals 7. The number of each Old Harbor's Sun Basket equals 15. The number of each Monument Zone's Google Express equals 14. How many Sun Basket does Old Harbor have? | Define Monument Zone's Supermarket as BACK. Define Old Harbor's Sun Basket as c; so c = 15. | 15 | med | 1 |
496 | The number of each Halibut's Humerus equals 9 times as much as each Seahorse Sanctuary's Carp. The number of each Seahorse Sanctuary's Carp equals 1 more than each Bass's Bone. The number of each Halibut's Distal Phalanges equals the difference of each Bass's Bone and each Carp's Proximal Phalanges. The number of each Saltwater Fish Exhibit's Bass equals each Kelp Forest Tank's Halibut. The number of each Seahorse Sanctuary's Halibut equals 13. The number of each Kelp Forest Tank's Haddock equals each Seahorse Sanctuary's Halibut. The number of each Kelp Forest Tank's Carp equals 17. The number of each Saltwater Fish Exhibit's Haddock equals 18 times as much as the sum of each Kelp Forest Tank's Halibut, each Saltwater Fish Exhibit's Bass and each Kelp Forest Tank's Haddock. The number of each Haddock's Scapula equals 12. The number of each Kelp Forest Tank's Halibut equals each Seahorse Sanctuary's Halibut. The number of each Octopus Den's Haddock equals 5 more than each Haddock's Scapula. The number of each Carp's Proximal Phalanges equals 10 times as much as the sum of each Octopus Den's Bone, each Octopus Den's Haddock and each Haddock's Bone. How many Bone does Carp have? | Define Kelp Forest Tank's Animal as BACK. Define Haddock's Scapula as q; so q = 12. Define Octopus Den's Haddock as p; so p = 5 + q = 5 + 12 = 17. Define Haddock's Bone as O; so O = q = 12. Define Kelp Forest Tank's Bone as BACK. Define Halibut's Distal Phalanges as BACK. Define Kelp Forest Tank's Haddock as BACK. Define Octopus Den's Bone as D; so D = p * O = 17 * 12 = 20. Define Carp's Proximal Phalanges as N; A = D + p = 20 + 17 = 14; Y = A + O = 14 + 12 = 3; so N = 10 * Y = 10 * 3 = 7. Define Seahorse Sanctuary's Bone as BACK. Define Halibut's Distal Phalanges as BACK. Define Saltwater Fish Exhibit's Haddock as BACK. Define Carp's Bone as f; so f = N = 7. | 7 | med | 8 |
497 | The number of each Anti-Theft Backpack's Magazine Holder equals the difference of each Squash Court's Anti-Theft Backpack and each Baseball Field's Backpack. The number of each Baseball Field's Padded Backpack equals 8 more than the sum of each Squash Court's Padded Backpack and each Padded Backpack's Magazine Holder. The number of each Squash Court's Padded Backpack equals 12. The number of each Padded Backpack's Receipt Organizer equals 17. The number of each Padded Backpack's Magazine Holder equals each Squash Court's Padded Backpack. The number of each Baseball Field's Anti-Theft Backpack equals 16 more than the sum of each Padded Backpack's Magazine Holder and each Baseball Field's Padded Backpack. The number of each Squash Court's Anti-Theft Backpack equals each Baseball Field's Backpack. How many Magazine Holder does Anti-Theft Backpack have? | Define Squash Court's Anti-Theft Backpack as BACK. Define Padded Backpack's Magazine Holder as BACK. Define Anti-Theft Backpack's Magazine Holder as BACK. Define Squash Court's Padded Backpack as R; so R = 12. Define Padded Backpack's Magazine Holder as w; so w = R = 12. Define Baseball Field's Padded Backpack as c; T = R + w = 12 + 12 = 1; so c = 8 + T = 8 + 1 = 9. Define Baseball Field's Stationery as BACK. Define Baseball Field's Anti-Theft Backpack as q; p = w + c = 12 + 9 = 21; so q = 16 + p = 16 + 21 = 14. Define Squash Court's Anti-Theft Backpack as BACK. Define Baseball Field's Backpack as f; so f = q + c = 14 + 9 = 0. Define Squash Court's Anti-Theft Backpack as k; so k = f = 0. Define Squash Court's Stationery as BACK. Define Baseball Field's Stationery as BACK. Define Anti-Theft Backpack's Magazine Holder as u; so u = k - f = 0 - 0 = 0. | 0 | med | 9 |
498 | The number of each Birdworld's Tiger Territory equals 10. The number of each Lotherton Hall Bird Garden's Tiger Territory equals each Lotherton Hall Bird Garden's Panda Exhibit. The number of each Living Desert Zoo and Gardens's Rhinoceros Pen equals each Birdworld's Tiger Territory. The number of each Birdworld's Rhinoceros Pen equals the sum of each Living Desert Zoo and Gardens's Enclosure, each Living Desert Zoo and Gardens's Tiger Territory and each Birdworld's Tiger Territory. The number of each Living Desert Zoo and Gardens's Tiger Territory equals 0 more than each Living Desert Zoo and Gardens's Panda Exhibit. The number of each Living Desert Zoo and Gardens's Panda Exhibit equals each Birdworld's Tiger Territory. The number of each Lotherton Hall Bird Garden's Panda Exhibit equals 19 more than each Birdworld's Rhinoceros Pen. The number of each Lotherton Hall Bird Garden's Rhinoceros Pen equals each Birdworld's Tiger Territory. The number of each Birdworld's Panda Exhibit equals each Lotherton Hall Bird Garden's Tiger Territory. How many Panda Exhibit does Birdworld have? | Define Birdworld's Tiger Territory as x; so x = 10. Define Living Desert Zoo and Gardens's Panda Exhibit as w; so w = x = 10. Define Lotherton Hall Bird Garden's Enclosure as BACK. Define Living Desert Zoo and Gardens's Enclosure as BACK. Define Living Desert Zoo and Gardens's Rhinoceros Pen as D; so D = x = 10. Define Lotherton Hall Bird Garden's Tiger Territory as BACK. Define Living Desert Zoo and Gardens's Tiger Territory as r; so r = 0 + w = 0 + 10 = 10. Define Living Desert Zoo and Gardens's Enclosure as B; E = D + w = 10 + 10 = 20; so B = E + r = 20 + 10 = 7. Define Birdworld's Rhinoceros Pen as P; u = B + r = 7 + 10 = 17; so P = u + x = 17 + 10 = 4. Define Lotherton Hall Bird Garden's Panda Exhibit as m; so m = 19 + P = 19 + 4 = 0. Define Lotherton Hall Bird Garden's Enclosure as BACK. Define Lotherton Hall Bird Garden's Tiger Territory as U; so U = m = 0. Define Lotherton Hall Bird Garden's Enclosure as BACK. Define Birdworld's Panda Exhibit as t; so t = U = 0. | 0 | hard | 11 |
499 | The number of each Austin Insectarium's Zebra Paddock equals the sum of each Zebra Paddock's Monitor Lizard, each Austin Insectarium's Kangaroo Walkabout and each San Francisco Insectarium's Animal. The number of each Austin Insectarium's Kangaroo Walkabout equals 22 more than each Zebra Paddock's Monitor Lizard. The number of each Insectarium of Victoria's Zebra Paddock equals the sum of each Austin Insectarium's Kangaroo Walkabout and each Zebra Paddock's Monitor Lizard. The number of each Kangaroo Walkabout's Anole equals 19. The number of each Zebra Paddock's Monitor Lizard equals 8. How many Anole does Kangaroo Walkabout have? | Define Austin Insectarium's Kangaroo Walkabout as BACK. Define Insectarium of Victoria's Enclosure as BACK. Define Kangaroo Walkabout's Anole as D; so D = 19. | 19 | med | 1 |
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