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100 | The number of each Laptop Professional Backpack's Stapler equals 15 times as much as the sum of each Tool Backpack's Stationery, each Briefcase Backpack's Push Pins and each Briefcase Backpack's Stationery. The number of each Tool Backpack's Push Pins equals 18 times as much as the sum of each Briefcase Backpack's Stationery and each Briefcase Backpack's Push Pins. The number of each Briefcase Backpack's Push Pins equals 20. The number of each Laptop Professional Backpack's Scissors equals 22 times as much as the sum of each Briefcase Backpack's Stationery, each Tool Backpack's Push Pins and each Tool Backpack's Stationery. How many Stationery does Laptop Professional Backpack have? | Define Briefcase Backpack's Push Pins as P; so P = 20. Define Briefcase Backpack's Stationery as R; so R = P = 20. Define Tool Backpack's Push Pins as y; X = R + P = 20 + 20 = 17; so y = 18 * X = 18 * 17 = 7. Define Tool Backpack's Stationery as o; so o = y = 7. Define Laptop Professional Backpack's Stapler as n; k = o + P = 7 + 20 = 4; c = k + R = 4 + 20 = 1; so n = 15 * c = 15 * 1 = 15. Define Laptop Professional Backpack's Scissors as I; B = R + y = 20 + 7 = 4; D = B + o = 4 + 7 = 11; so I = 22 * D = 22 * 11 = 12. Define Laptop Professional Backpack's Stationery as b; so b = n + I = 15 + 12 = 4. | 4 | hard | 12 |
101 | The number of each Civil Engineering Lab's Sturdy Backpack equals 20. The number of each Sturdy Backpack's Craft Paper equals 22. The number of each Digital Scholars's Civil Engineering Lab equals 11. The number of each NetEdge College's Electrical Engineering Lab equals 18 times as much as each Electrical Engineering Lab's Laptop Backpack. The number of each Electrical Engineering Lab's Laptop Backpack equals 8. The number of each Electrical Engineering Lab's Sturdy Backpack equals 14. The number of each Sturdy Backpack's Index Cards equals 17. The number of each Laptop Backpack's Craft Paper equals each Sturdy Backpack's Craft Paper. How many Backpack does Civil Engineering Lab have? | Define Civil Engineering Lab's Sturdy Backpack as C; so C = 20. Define Civil Engineering Lab's Backpack as U; so U = C = 20. | 20 | hard | 2 |
102 | The number of each Sphinx's Pleura equals 21 times as much as the difference of each Sphinx's Trachea and each Phoenix's Organs. The number of each Sphinx's Trachea equals each Phoenix's Organs. How many Pleura does Sphinx have? | Define Phoenix's Organs as T; so T = 0. Define Sphinx's Trachea as P; so P = T = 0. Define Sphinx's Pleura as a; R = P - T = 0 - 0 = 0; so a = 21 * R = 21 * 0 = 0. | 0 | hard | 4 |
103 | The number of each Chimera's Spine equals each Gorgon's Triceps. The number of each Centaur's Cartilage equals 14 times as much as the sum of each Chimera's Spine and each Gorgon's Cartilage. The number of each Gorgon's Cartilage equals 0. The number of each Gorgon's Triceps equals each Centaur's Triceps. The number of each Centaur's Spine equals 7. The number of each Chimera's Cartilage equals 7. The number of each Centaur's Triceps equals each Gorgon's Cartilage. The number of each Chimera's Triceps equals the sum of each Centaur's Triceps, each Centaur's Spine and each Gorgon's Organs. How many Cartilage does Centaur have? | Define Gorgon's Cartilage as B; so B = 0. Define Centaur's Triceps as O; so O = B = 0. Define Gorgon's Triceps as P; so P = O = 0. Define Chimera's Spine as A; so A = P = 0. Define Centaur's Cartilage as F; z = A + B = 0 + 0 = 0; so F = 14 * z = 14 * 0 = 0. | 0 | med | 6 |
104 | The number of each Mackerel's Proximal Phalanx equals 1. The number of each Cod's Proximal Phalanx equals 17. The number of each San Diego Zoo's Honeybee Hive equals 4 times as much as each Cockroach Corner's Cod. The number of each Cockroach Corner's Cod equals the sum of each Moscow Zoo's Cockroach Corner and each Mackerel's Proximal Phalanx. The number of each Moscow Zoo's Honeybee Hive equals the sum of each Mackerel's Bone, each Mackerel's Metacarpal I, each Cockroach Corner's Cod and each Honeybee Hive's Mackerel. The number of each Cockroach Corner's Mackerel equals the sum of each Mackerel's Metacarpal I and each Moscow Zoo's Cockroach Corner. The number of each Cod's Metacarpal I equals 22 more than each Cod's Proximal Phalanx. The number of each San Diego Zoo's Cockroach Corner equals 13 more than each Mackerel's Proximal Phalanx. The number of each Mackerel's Metacarpal I equals each Honeybee Hive's Cod. The number of each Moscow Zoo's Cockroach Corner equals each San Diego Zoo's Cockroach Corner. The number of each Honeybee Hive's Mackerel equals 21 times as much as each Mackerel's Metacarpal I. The number of each Honeybee Hive's Cod equals each Mackerel's Proximal Phalanx. How many Animal does San Diego Zoo have? | Define Mackerel's Proximal Phalanx as a; so a = 1. Define San Diego Zoo's Cockroach Corner as H; so H = 13 + a = 13 + 1 = 14. Define Moscow Zoo's Cockroach Corner as d; so d = H = 14. Define Cockroach Corner's Cod as p; so p = d + a = 14 + 1 = 15. Define San Diego Zoo's Honeybee Hive as J; so J = 4 * p = 4 * 15 = 14. Define Honeybee Hive's Cod as z; so z = a = 1. Define Mackerel's Metacarpal I as I; so I = z = 1. Define Cockroach Corner's Mackerel as v; so v = I + d = 1 + 14 = 15. Define Honeybee Hive's Mackerel as V; so V = 21 * I = 21 * 1 = 21. Define Honeybee Hive's Animal as Z; so Z = V + z = 21 + 1 = 22. Define Cockroach Corner's Animal as W; so W = v + p = 15 + 15 = 7. Define San Diego Zoo's Animal as f; n = J * Z = 14 * 22 = 9; A = H * W = 14 * 7 = 6; so f = n + A = 9 + 6 = 15. | 15 | med | 14 |
105 | The number of each Glass Frog's Distal Radials equals each Red Eyed Tree Frog's Proximal Radials. The number of each National Aquarium's Kelp Forest Tank equals 1 times as much as each Glass Frog's Distal Radials. The number of each Red Eyed Tree Frog's Proximal Radials equals 9. The number of each Saltwater Fish Exhibit's Bullfrog equals 3 times as much as each Ripley's Aquarium of Canada's Manatee Mangrove. The number of each Ripley's Aquarium of Canada's Manatee Mangrove equals 1. The number of each Glass Frog's Epicentrals equals the difference of each Ripley's Aquarium of Canada's Animal and each Manatee Mangrove's Animal. The number of each National Aquarium's Saltwater Fish Exhibit equals 22. The number of each Manatee Mangrove's Red Eyed Tree Frog equals 6. The number of each Kelp Forest Tank's Glass Frog equals each Saltwater Fish Exhibit's Bullfrog. How many Animal does Kelp Forest Tank have? | Define Ripley's Aquarium of Canada's Manatee Mangrove as R; so R = 1. Define Saltwater Fish Exhibit's Bullfrog as V; so V = 3 * R = 3 * 1 = 3. Define Kelp Forest Tank's Glass Frog as A; so A = V = 3. Define Kelp Forest Tank's Animal as t; so t = A = 3. | 3 | med | 4 |
106 | The number of each Condor Cliff's Eagle equals 5. The number of each Penguin Exhibit's Owl equals the difference of each Eagle's Bone and each Condor Cliff's Eagle. The number of each Eagle's Metacarpal V equals each Houston Zoo's Bone. The number of each Houston Zoo's Parrot Paradise equals 20. The number of each Singapore Zoo's Condor Cliff equals each Owl's Accessory Carpal. The number of each Owl's Accessory Carpal equals 5 times as much as the difference of each Houston Zoo's Animal and each Condor Cliff's Bone. The number of each Owl's Proximal Phalanx equals 15 times as much as the sum of each Owl's Accessory Carpal and each Penguin Exhibit's Owl. The number of each Penguin Exhibit's Eagle equals 7. The number of each Zoo de Madrid's Penguin Exhibit equals each Eagle's Metacarpal V. The number of each Condor Cliff's Crow equals the sum of each Zoo de Madrid's Penguin Exhibit and each Houston Zoo's Parrot Paradise. How many Bone does Eagle have? | Define Parrot Paradise's Bone as f; so f = 0. Define Houston Zoo's Parrot Paradise as F; so F = 20. Define Houston Zoo's Bone as y; so y = F * f = 20 * 0 = 0. Define Eagle's Metacarpal V as W; so W = y = 0. Define Eagle's Bone as g; so g = W = 0. | 0 | med | 5 |
107 | The number of each Meadowland University's Swimming Pool equals the sum of each North Star University's Archery Range, each Swimming Pool's Compression Backpack and each Dance Hall's Compression Backpack. The number of each Swimming Pool's Duffle Backpack equals 13. The number of each Archery Range's Duffle Backpack equals the difference of each Meadowland University's Swimming Pool and each Dance Hall's Compression Backpack. The number of each Archery Range's Convertible Backpack equals 9 times as much as each Meadowland University's Classroom. The number of each North Star University's Swimming Pool equals 8. The number of each Swimming Pool's Compression Backpack equals 21. The number of each North Star University's Archery Range equals 7 more than each Swimming Pool's Compression Backpack. The number of each North Star University's Dance Hall equals the sum of each Dance Hall's Backpack and each Meadowland University's Backpack. The number of each Meadowland University's Dance Hall equals 17 times as much as each Swimming Pool's Duffle Backpack. The number of each University of Green Hills's Swimming Pool equals 21. The number of each University of Green Hills's Archery Range equals the sum of each Meadowland University's Swimming Pool, each Dance Hall's Compression Backpack, each University of Green Hills's Swimming Pool and each Swimming Pool's Compression Backpack. The number of each Dance Hall's Compression Backpack equals each University of Green Hills's Swimming Pool. How many Dance Hall does Meadowland University have? | Define Swimming Pool's Duffle Backpack as S; so S = 13. Define Meadowland University's Dance Hall as q; so q = 17 * S = 17 * 13 = 14. | 14 | hard | 2 |
108 | The number of each Crestwood Secondary's Basketball Court equals 4. The number of each Parkview Secondary's Basketball Court equals 22. The number of each Crestwood Secondary's Rock Climbing Wall equals the sum of each Crestwood Secondary's Baseball Field, each Crestwood Secondary's Basketball Court, each Parkview Secondary's Rock Climbing Wall and each Parkview Secondary's Yoga Studio. The number of each Crestwood Secondary's Baseball Field equals 14. The number of each Crestwood Secondary's Yoga Studio equals the sum of each Parkview Secondary's Baseball Field and each Parkview Secondary's Rock Climbing Wall. The number of each Parkview Secondary's Rock Climbing Wall equals each Crestwood Secondary's Basketball Court. The number of each Parkview Secondary's Baseball Field equals 17 more than each Parkview Secondary's Rock Climbing Wall. The number of each Parkview Secondary's Yoga Studio equals 19. How many Yoga Studio does Crestwood Secondary have? | Define Crestwood Secondary's Basketball Court as X; so X = 4. Define Parkview Secondary's Rock Climbing Wall as A; so A = X = 4. Define Parkview Secondary's Baseball Field as k; so k = 17 + A = 17 + 4 = 21. Define Crestwood Secondary's Yoga Studio as L; so L = k + A = 21 + 4 = 2. | 2 | hard | 4 |
109 | The number of each Coral Reef Exhibit's Komodo Dragon equals 13 times as much as each Freshwater Fish Exhibit's Animal. The number of each Freshwater Fish Exhibit's Frilled Lizard equals 22. How many Animal does Coral Reef Exhibit have? | Define Freshwater Fish Exhibit's Frilled Lizard as b; so b = 22. Define Freshwater Fish Exhibit's Animal as p; so p = b = 22. Define Coral Reef Exhibit's Komodo Dragon as z; so z = 13 * p = 13 * 22 = 10. Define Coral Reef Exhibit's Animal as O; so O = z = 10. | 10 | med | 4 |
110 | The number of each Giant Salamander's Distal Phalanges equals 13. The number of each Penguin Exhibit's Glass Frog equals 14 more than the sum of each Tennessee Aquarium's Falcon Aviary and each Ripley's Aquarium of Canada's Parrot Paradise. The number of each Salamander's Distal Phalanges equals the sum of each Ripley's Aquarium of Canada's Penguin Exhibit, each The Deep's Penguin Exhibit, each Ripley's Aquarium of Canada's Parrot Paradise and each Parrot Paradise's Giant Salamander. The number of each Glass Frog's Proximal Phalanges equals 11 times as much as each The Deep's Parrot Paradise. The number of each Giant Salamander's Humerus equals 12. The number of each Giant Salamander's Proximal Phalanges equals the sum of each Falcon Aviary's Glass Frog, each Giant Salamander's Humerus and each Salamander's Distal Phalanges. The number of each Penguin Exhibit's Giant Salamander equals the sum of each Parrot Paradise's Animal, each Tennessee Aquarium's Parrot Paradise and each Falcon Aviary's Animal. The number of each Tennessee Aquarium's Parrot Paradise equals the sum of each Salamander's Humerus and each Parrot Paradise's Giant Salamander. The number of each Falcon Aviary's Glass Frog equals 5 times as much as the sum of each The Deep's Parrot Paradise, each Glass Frog's Proximal Phalanges and each Giant Salamander's Distal Phalanges. The number of each Tennessee Aquarium's Falcon Aviary equals the difference of each The Deep's Enclosure and each Falcon Aviary's Glass Frog. The number of each The Deep's Parrot Paradise equals 12. The number of each Parrot Paradise's Giant Salamander equals 10. The number of each Falcon Aviary's Salamander equals 2 times as much as each Falcon Aviary's Glass Frog. The number of each Ripley's Aquarium of Canada's Penguin Exhibit equals each Parrot Paradise's Giant Salamander. The number of each Glass Frog's Distal Phalanges equals 12 times as much as each Ripley's Aquarium of Canada's Animal. The number of each The Deep's Penguin Exhibit equals the sum of each Ripley's Aquarium of Canada's Parrot Paradise and each Salamander's Humerus. The number of each Parrot Paradise's Glass Frog equals 19. The number of each Salamander's Humerus equals 16. The number of each Ripley's Aquarium of Canada's Parrot Paradise equals each Salamander's Humerus. How many Parrot Paradise does The Deep have? | Define The Deep's Parrot Paradise as u; so u = 12. | 12 | med | 1 |
111 | The number of each Canned Peaches's Bell Pepper equals 3. The number of each Jet's Canned Olives equals each Canned Olives's Onion. The number of each Canned Olives's Bell Pepper equals 13 more than the sum of each Postmates's Canned Olives and each Canned Peaches's Tomato. The number of each Canned Chicken's Onion equals 14 times as much as the sum of each Canned Olives's Ingredient, each Postmates's Canned Olives and each Canned Peaches's Tomato. The number of each Canned Peaches's Tomato equals 7 more than the difference of each Postmates's Canned Olives and each Shipt's Canned Olives. The number of each Instacart's Canned Peaches equals 6. The number of each Canned Peaches's Potato equals the sum of each Instacart's Canned Peaches, each Postmates's Canned Peaches and each Canned Chicken's Tomato. The number of each Shipt's Canned Olives equals 4. The number of each Canned Chicken's Bell Pepper equals the sum of each Instacart's Canned Peaches, each Canned Chicken's Tomato and each Postmates's Canned Peaches. The number of each Canned Olives's Potato equals 14 times as much as the sum of each Canned Peaches's Tomato and each Postmates's Canned Olives. The number of each Shipt's Canned Chicken equals 21. The number of each Shipt's Canned Peaches equals 4. The number of each Postmates's Canned Olives equals 9 times as much as each Shipt's Canned Olives. The number of each Canned Chicken's Potato equals 8. The number of each Canned Chicken's Tomato equals 3. The number of each Jet's Canned Peaches equals each Canned Olives's Bell Pepper. The number of each Instacart's Canned Chicken equals the difference of each Canned Chicken's Bell Pepper and each Instacart's Canned Peaches. The number of each Canned Olives's Onion equals 14 times as much as the sum of each Canned Olives's Potato, each Canned Peaches's Tomato and each Canned Olives's Bell Pepper. The number of each Postmates's Canned Peaches equals each Instacart's Canned Peaches. How many Onion does Canned Chicken have? | Define Shipt's Canned Olives as H; so H = 4. Define Postmates's Canned Olives as k; so k = 9 * H = 9 * 4 = 13. Define Canned Peaches's Tomato as Z; S = k - H = 13 - 4 = 9; so Z = 7 + S = 7 + 9 = 16. Define Canned Olives's Potato as q; b = Z + k = 16 + 13 = 6; so q = 14 * b = 14 * 6 = 15. Define Canned Olives's Bell Pepper as I; y = k + Z = 13 + 16 = 6; so I = 13 + y = 13 + 6 = 19. Define Canned Olives's Onion as m; d = q + Z = 15 + 16 = 8; O = d + I = 8 + 19 = 4; so m = 14 * O = 14 * 4 = 10. Define Canned Olives's Ingredient as B; z = q + m = 15 + 10 = 2; so B = z + I = 2 + 19 = 21. Define Canned Chicken's Onion as N; c = B + k = 21 + 13 = 11; x = c + Z = 11 + 16 = 4; so N = 14 * x = 14 * 4 = 10. | 10 | hard | 16 |
112 | The number of each Monterey Bay Aquarium's Toucan Terrace equals 17 more than each Baltimore Aquarium's Penguin Exhibit. The number of each Vancouver Aquarium's Parrot Paradise equals 12. The number of each Baltimore Aquarium's Parrot Paradise equals 22. The number of each Vancouver Aquarium's Falcon Aviary equals each Baltimore Aquarium's Penguin Exhibit. The number of each Vancouver Aquarium's Penguin Exhibit equals each Dallas World Aquarium's Penguin Exhibit. The number of each Baltimore Aquarium's Penguin Exhibit equals 20. The number of each Monterey Bay Aquarium's Parrot Paradise equals each Baltimore Aquarium's Penguin Exhibit. The number of each Monterey Bay Aquarium's Falcon Aviary equals 3 more than each Monterey Bay Aquarium's Parrot Paradise. The number of each Baltimore Aquarium's Falcon Aviary equals each Baltimore Aquarium's Parrot Paradise. The number of each Dallas World Aquarium's Parrot Paradise equals each Dallas World Aquarium's Penguin Exhibit. The number of each Monterey Bay Aquarium's Penguin Exhibit equals each Baltimore Aquarium's Falcon Aviary. The number of each Dallas World Aquarium's Toucan Terrace equals 1 times as much as each Dallas World Aquarium's Penguin Exhibit. The number of each Dallas World Aquarium's Falcon Aviary equals 22. The number of each Dallas World Aquarium's Penguin Exhibit equals each Monterey Bay Aquarium's Penguin Exhibit. How many Penguin Exhibit does Vancouver Aquarium have? | Define Baltimore Aquarium's Parrot Paradise as D; so D = 22. Define Baltimore Aquarium's Falcon Aviary as P; so P = D = 22. Define Monterey Bay Aquarium's Penguin Exhibit as e; so e = P = 22. Define Dallas World Aquarium's Penguin Exhibit as n; so n = e = 22. Define Vancouver Aquarium's Penguin Exhibit as p; so p = n = 22. | 22 | med | 5 |
113 | The number of each Cheetah Run's Carp equals 12. The number of each Selous Game Reserve's Kangaroo Walkabout equals 2. The number of each Ngorongoro Conservation Area's Cheetah Run equals 5. The number of each Ngorongoro Conservation Area's Kangaroo Walkabout equals the sum of each Cheetah Run's Tuna and each Kangaroo Walkabout's Animal. The number of each Selous Game Reserve's Cheetah Run equals 18 times as much as each Ngorongoro Conservation Area's Cheetah Run. The number of each Kangaroo Walkabout's Carp equals 13. The number of each Cheetah Run's Tuna equals 16 times as much as each Kangaroo Walkabout's Animal. The number of each Kangaroo Walkabout's Tuna equals 17. How many Carp does Kangaroo Walkabout have? | Define Kangaroo Walkabout's Carp as t; so t = 13. | 13 | hard | 1 |
114 | The number of each Sourdough Bread's Asparagus equals 12 more than the sum of each Sourdough Bread's Kale and each Cinnamon Rolls's Kale. The number of each Pastries's Tomato equals 18 times as much as the sum of each Sourdough Bread's Tomato and each Sourdough Bread's Cucumber. The number of each Cinnamon Rolls's Asparagus equals 18 times as much as the sum of each Pastries's Tomato, each Cinnamon Rolls's Tomato and each Sourdough Bread's Tomato. The number of each Rye Bread's Kale equals each Sourdough Bread's Tomato. The number of each Cinnamon Rolls's Cucumber equals 15. The number of each Sourdough Bread's Tomato equals 0 more than each Sourdough Bread's Cucumber. The number of each Cinnamon Rolls's Tomato equals 21 more than each Sourdough Bread's Kale. The number of each Rye Bread's Asparagus equals the difference of each Sourdough Bread's Tomato and each Cinnamon Rolls's Cucumber. The number of each Sourdough Bread's Kale equals 2. The number of each Pastries's Asparagus equals each Pastries's Tomato. The number of each Pastries's Kale equals 13. The number of each Rye Bread's Tomato equals the difference of each Pastries's Tomato and each Cinnamon Rolls's Tomato. The number of each Cinnamon Rolls's Kale equals each Cinnamon Rolls's Cucumber. The number of each Sourdough Bread's Cucumber equals 7. How many Asparagus does Pastries have? | Define Sourdough Bread's Cucumber as M; so M = 7. Define Sourdough Bread's Tomato as o; so o = 0 + M = 0 + 7 = 7. Define Pastries's Tomato as Y; d = o + M = 7 + 7 = 14; so Y = 18 * d = 18 * 14 = 22. Define Pastries's Asparagus as l; so l = Y = 22. | 22 | hard | 5 |
115 | The number of each Rolling Backpack's Calligraphy Pen equals 21. The number of each Laptop Backpack's Brush Pen equals the sum of each Student Rucksack's Stationery and each Human Development Classroom's Student Rucksack. The number of each Rolling Backpack's Pencil equals each Rolling Backpack's Calligraphy Pen. The number of each Rolling Backpack's Charcoal Stick equals 22 more than each Athletic Backpack's Calligraphy Pen. The number of each Communication Studies Room's Laptop Backpack equals the sum of each Athletic Backpack's Stationery, each Journalism Lab's Student Rucksack and each Anthropology Lab's Rolling Backpack. The number of each Human Development Classroom's Student Rucksack equals 11. The number of each Athletic Backpack's Pencil equals 20. The number of each Student Rucksack's Brush Pen equals each Human Development Classroom's Backpack. The number of each Communication Studies Room's Athletic Backpack equals each Student Rucksack's Stationery. The number of each Athletic Backpack's Calligraphy Pen equals the sum of each Journalism Lab's Athletic Backpack and each Anthropology Lab's Rolling Backpack. The number of each Journalism Lab's Athletic Backpack equals each Anthropology Lab's Rolling Backpack. The number of each Rolling Backpack's Brush Pen equals 4. The number of each Journalism Lab's Student Rucksack equals 1 times as much as each Rolling Backpack's Brush Pen. The number of each Anthropology Lab's Rolling Backpack equals 5. How many Stationery does Human Development Classroom have? | Define Human Development Classroom's Student Rucksack as u; so u = 11. Define Human Development Classroom's Backpack as x; so x = u = 11. Define Student Rucksack's Brush Pen as s; so s = x = 11. Define Student Rucksack's Stationery as D; so D = s = 11. Define Human Development Classroom's Stationery as I; so I = u * D = 11 * 11 = 6. | 6 | med | 5 |
116 | The number of each Hyde Park in London's Hydra equals each Patella's Mucous Cells. The number of each Hydra's Ankle Joint equals the sum of each Ankle Joint's Mesothelial Cells, each Kraken's Patella, each Ankle Joint's Serous Cells and each Kraken's Humerus. The number of each Humerus's Serous Cells equals each Hampstead Heath in London's Hydra. The number of each Ankle Joint's Mesothelial Cells equals 0. The number of each Patella's Mucous Cells equals each Humerus's Mesothelial Cells. The number of each Griffith Park in Los Angeles's Sphinx equals each Humerus's Serous Cells. The number of each Patella's Serous Cells equals each Humerus's Cells. The number of each Kraken's Humerus equals 16. The number of each Sphinx's Patella equals each Hampstead Heath in London's Creatures. The number of each Hydra's Patella equals each Hydra's Humerus. The number of each Ankle Joint's Mucous Cells equals 10 more than each Hampstead Heath in London's Hydra. The number of each Hampstead Heath in London's Kraken equals the difference of each Humerus's Serous Cells and each Ankle Joint's Mucous Cells. The number of each Hyde Park in London's Kraken equals 16 times as much as each Hyde Park in London's Sphinx. The number of each Sphinx's Ankle Joint equals 17. The number of each Hyde Park in London's Sphinx equals 20 more than the sum of each Hydra's Patella and each Ankle Joint's Mesothelial Cells. The number of each Hydra's Humerus equals 3 times as much as each Ankle Joint's Mesothelial Cells. The number of each Kraken's Patella equals each Ankle Joint's Mucous Cells. The number of each Hampstead Heath in London's Hydra equals 11. The number of each Humerus's Mesothelial Cells equals 3 more than each Hydra's Patella. The number of each Griffith Park in Los Angeles's Kraken equals each Ankle Joint's Mesothelial Cells. The number of each Ankle Joint's Serous Cells equals each Kraken's Patella. How many Creatures does Hyde Park in London have? | Define Ankle Joint's Mesothelial Cells as Z; so Z = 0. Define Hydra's Humerus as m; so m = 3 * Z = 3 * 0 = 0. Define Hydra's Patella as b; so b = m = 0. Define Hyde Park in London's Sphinx as H; A = b + Z = 0 + 0 = 0; so H = 20 + A = 20 + 0 = 20. Define Hyde Park in London's Kraken as z; so z = 16 * H = 16 * 20 = 21. Define Humerus's Mesothelial Cells as s; so s = 3 + b = 3 + 0 = 3. Define Patella's Mucous Cells as d; so d = s = 3. Define Hyde Park in London's Hydra as C; so C = d = 3. Define Hyde Park in London's Creatures as Q; u = z + H = 21 + 20 = 18; so Q = u + C = 18 + 3 = 21. | 21 | hard | 11 |
117 | The number of each Sylvan Heights Bird Park's Rockpool Exhibit equals 20 more than each Kuala Lumpur Bird Park's Rockpool Exhibit. The number of each Coral Reef Exhibit's Eagle equals 2. The number of each National Aviary's Coral Reef Exhibit equals each Eagle's Pastern Bone. The number of each Rockpool Exhibit's Owl equals the difference of each Rockpool Exhibit's Eagle and each Coral Reef Exhibit's Owl. The number of each Owl's Coffin Bone equals 2. The number of each Octopus Den's Eagle equals 10 more than each Sylvan Heights Bird Park's Rockpool Exhibit. The number of each Eagle's Pastern Bone equals 14 more than the sum of each Coral Reef Exhibit's Hummingbird, each Sylvan Heights Bird Park's Octopus Den and each Eagle's Coffin Bone. The number of each Hummingbird's Radius equals 16 more than each Sylvan Heights Bird Park's Rockpool Exhibit. The number of each Eagle's Coffin Bone equals each Coral Reef Exhibit's Hummingbird. The number of each Octopus Den's Hummingbird equals 3 times as much as the sum of each Coral Reef Exhibit's Owl, each Rockpool Exhibit's Eagle and each Owl's Radius. The number of each Kuala Lumpur Bird Park's Coral Reef Exhibit equals 0. The number of each Owl's Radius equals 6. The number of each Rockpool Exhibit's Eagle equals 19 times as much as the difference of each Kuala Lumpur Bird Park's Rockpool Exhibit and each Sylvan Heights Bird Park's Rockpool Exhibit. The number of each Kuala Lumpur Bird Park's Rockpool Exhibit equals 1. The number of each Coral Reef Exhibit's Owl equals 5 times as much as each Sylvan Heights Bird Park's Rockpool Exhibit. The number of each Kuala Lumpur Bird Park's Octopus Den equals 19. The number of each Coral Reef Exhibit's Hummingbird equals 21. The number of each Sylvan Heights Bird Park's Octopus Den equals 1 times as much as each Coral Reef Exhibit's Hummingbird. The number of each National Aviary's Rockpool Exhibit equals 22. The number of each Hummingbird's Pastern Bone equals 6. How many Hummingbird does Coral Reef Exhibit have? | Define Coral Reef Exhibit's Hummingbird as W; so W = 21. | 21 | hard | 1 |
118 | The number of each Komodo Dragon's Caudal Vertebrae 8 equals 15. The number of each Lizard's Caudal Vertebrae 7 equals 20 more than each Iguana Habitat's Frilled Lizard. The number of each Masai Mara's Rattlesnake Ravine equals the sum of each Komodo Dragon's Caudal Vertebrae 8 and each Masai Mara's Iguana Habitat. The number of each Frilled Lizard's Caudal Vertebrae 7 equals 14. The number of each Iguana Habitat's Komodo Dragon equals the sum of each Lizard's Caudal Vertebrae 7 and each Iguana Habitat's Frilled Lizard. The number of each Rattlesnake Ravine's Frilled Lizard equals the sum of each Masai Mara's Rattlesnake Ravine and each Iguana Habitat's Komodo Dragon. The number of each Kgalagadi Transfrontier Park's Iguana Habitat equals the sum of each Masai Mara's Enclosure and each Masai Mara's Rattlesnake Ravine. The number of each Iguana Habitat's Lizard equals each Lizard's Caudal Vertebrae 7. The number of each Masai Mara's Iguana Habitat equals 6 times as much as each Komodo Dragon's Caudal Vertebrae 8. The number of each Kgalagadi Transfrontier Park's Rattlesnake Ravine equals 14 times as much as each Frilled Lizard's Bone. The number of each Rattlesnake Ravine's Lizard equals 13 times as much as the sum of each Komodo Dragon's Bone, each Iguana Habitat's Frilled Lizard and each Lizard's Caudal Vertebrae 8. The number of each Iguana Habitat's Frilled Lizard equals 9. The number of each Lizard's Caudal Vertebrae 8 equals each Kgalagadi Transfrontier Park's Iguana Habitat. How many Iguana Habitat does Kgalagadi Transfrontier Park have? | Define Komodo Dragon's Caudal Vertebrae 8 as t; so t = 15. Define Masai Mara's Iguana Habitat as U; so U = 6 * t = 6 * 15 = 21. Define Masai Mara's Rattlesnake Ravine as O; so O = t + U = 15 + 21 = 13. Define Masai Mara's Enclosure as w; so w = U + O = 21 + 13 = 11. Define Kgalagadi Transfrontier Park's Iguana Habitat as e; so e = w + O = 11 + 13 = 1. | 1 | hard | 5 |
119 | The number of each Spine's Intestinal Absorptive Cells equals each Colorado Plateau Desert's Organs. The number of each Colorado Plateau Desert's Walrus equals 14 times as much as the sum of each Hamstrings's Cuboidal Epithelial Cells, each Patagonian Desert's Organs and each Sea Urchin's Organs. The number of each Dolphin's Patella equals each Colorado Plateau Desert's Moray Eel. The number of each Hamstrings's Intestinal Absorptive Cells equals the sum of each Karakum Desert's Creatures, each Spine's Cuboidal Epithelial Cells and each Hamstrings's Cuboidal Epithelial Cells. The number of each Pelvis's Cuboidal Epithelial Cells equals the difference of each Colorado Plateau Desert's Creatures and each Walrus's Cells. The number of each Hamstrings's Cuboidal Epithelial Cells equals 20 more than the sum of each Patagonian Desert's Organs, each Sea Urchin's Pelvis and each Sea Urchin's Organs. The number of each Mojave Desert's Dolphin equals 6. The number of each Colorado Plateau Desert's Moray Eel equals the difference of each Patagonian Desert's Creatures and each Walrus's Cells. The number of each Spine's Cuboidal Epithelial Cells equals the sum of each Colorado Plateau Desert's Walrus, each Hamstrings's Cuboidal Epithelial Cells, each Patagonian Desert's Organs and each Sea Urchin's Organs. The number of each Dolphin's Hamstrings equals each Sea Urchin's Organs. The number of each Patella's Mucous Cells equals the difference of each Patagonian Desert's Sea Urchin and each Walrus's Cells. The number of each Pelvis's Gastric Parietal Cells equals the sum of each Patagonian Desert's Organs and each Karakum Desert's Organs. The number of each Sea Urchin's Pelvis equals 13. The number of each Sea Urchin's Spine equals 15. The number of each Patagonian Desert's Sea Urchin equals 1 more than the sum of each Sea Urchin's Pelvis, each Sea Urchin's Spine and each Sea Urchin's Organs. How many Cuboidal Epithelial Cells does Spine have? | Define Sea Urchin's Pelvis as r; so r = 13. Define Sea Urchin's Spine as U; so U = 15. Define Sea Urchin's Organs as O; so O = U + r = 15 + 13 = 5. Define Patagonian Desert's Sea Urchin as c; z = r + U = 13 + 15 = 5; m = z + O = 5 + 5 = 10; so c = 1 + m = 1 + 10 = 11. Define Patagonian Desert's Organs as y; so y = c * O = 11 * 5 = 9. Define Hamstrings's Cuboidal Epithelial Cells as b; a = y + r = 9 + 13 = 22; V = a + O = 22 + 5 = 4; so b = 20 + V = 20 + 4 = 1. Define Colorado Plateau Desert's Walrus as N; k = b + y = 1 + 9 = 10; Q = k + O = 10 + 5 = 15; so N = 14 * Q = 14 * 15 = 3. Define Spine's Cuboidal Epithelial Cells as g; E = N + b = 3 + 1 = 4; v = E + y = 4 + 9 = 13; so g = v + O = 13 + 5 = 18. | 18 | hard | 16 |
120 | The number of each Dragonfly Delta's Poison Dart Frog equals 15. The number of each Snail Shellter's Caecilian equals 22 more than each Dragonfly Delta's Poison Dart Frog. The number of each Poison Dart Frog's Sesamoid Bones equals 19. The number of each Leafcutter Ant Exhibit's Caecilian equals 13. The number of each Siren's Sesamoid Bones equals 12 times as much as the sum of each Leafcutter Ant Exhibit's Animal, each Leafcutter Ant Exhibit's Caecilian and each Dragonfly Delta's Bone. The number of each Siren's Pastern Bone equals 3 times as much as each Dragonfly Delta's Poison Dart Frog. The number of each Ripley's Aquarium of Canada's Dragonfly Delta equals the sum of each The Living Seas's Enclosure and each Poison Dart Frog's Sesamoid Bones. The number of each Siren's Middle Phalanges equals 3. The number of each Poison Dart Frog's Middle Phalanges equals each Snail Shellter's Siren. The number of each Okinawa Churaumi Aquarium's Snail Shellter equals 14. The number of each Snail Shellter's Siren equals 1. The number of each Ripley's Aquarium of Canada's Leafcutter Ant Exhibit equals 22. The number of each The Living Seas's Leafcutter Ant Exhibit equals each Okinawa Churaumi Aquarium's Enclosure. How many Siren does Snail Shellter have? | Define Snail Shellter's Siren as q; so q = 1. | 1 | med | 1 |
121 | The number of each Dragon's Venules equals 11. The number of each Unicorn's Pulmonary Veins equals 9. The number of each Venules's Platelets equals 7. The number of each Werewolf's Venules equals 10. The number of each Pulmonary Veins's Plasma Cells equals 5. The number of each Venules's B Cells equals 13. The number of each Dragon's Pulmonary Veins equals 14. The number of each Unicorn's Venules equals each Dragon's Organs. The number of each Venules's Plasma Cells equals 10 times as much as each Venules's Platelets. The number of each Pulmonary Veins's B Cells equals each Pulmonary Veins's Platelets. The number of each Pulmonary Veins's Platelets equals 17. How many Organs does Werewolf have? | Define Werewolf's Venules as Y; so Y = 10. Define Werewolf's Organs as H; so H = Y = 10. | 10 | med | 2 |
122 | The number of each Brackish Water's Chimera equals 13. The number of each Tidal Pool's Pegasus equals 2. The number of each Wetland's Leprechaun equals each Stream Ecosystem's Mermaid. The number of each Tidal Pool's Leprechaun equals 16 more than each Stream Ecosystem's Mermaid. The number of each Brackish Water's Mermaid equals each Stream Ecosystem's Mermaid. The number of each Wetland's Mermaid equals each Brackish Water's Pegasus. The number of each Tidal Pool's Mermaid equals each Wetland's Leprechaun. The number of each Brackish Water's Pegasus equals 9 times as much as each Brackish Water's Chimera. The number of each Stream Ecosystem's Mermaid equals each Brackish Water's Leprechaun. The number of each Stream Ecosystem's Chimera equals 10 more than each Tidal Pool's Pegasus. The number of each Stream Ecosystem's Pegasus equals each Tidal Pool's Pegasus. The number of each Brackish Water's Leprechaun equals each Brackish Water's Chimera. How many Creatures does Wetland have? | Define Brackish Water's Chimera as w; so w = 13. Define Brackish Water's Leprechaun as x; so x = w = 13. Define Brackish Water's Pegasus as l; so l = 9 * w = 9 * 13 = 2. Define Stream Ecosystem's Mermaid as t; so t = x = 13. Define Wetland's Mermaid as M; so M = l = 2. Define Wetland's Leprechaun as j; so j = t = 13. Define Wetland's Creatures as k; so k = M + j = 2 + 13 = 15. | 15 | med | 7 |
123 | The number of each Panda's Caudal Vertebrae 3 equals 4. The number of each Frog Bog's Deer equals 21. The number of each Monitor Lizard Habitat's Raccoon equals 13 times as much as the sum of each Beijing Zoo's Enclosure, each Chameleon Cage's Elephant and each Panda's Caudal Vertebrae 3. The number of each Beijing Zoo's Chameleon Cage equals each Monitor Lizard Habitat's Elephant. The number of each Monitor Lizard Habitat's Elephant equals 3. The number of each Philadelphia Zoo's Alligator Alley equals each Panda's Bone. The number of each Raccoon's Caudal Vertebrae 10 equals 21 times as much as each Panda's Caudal Vertebrae 9. The number of each Philadelphia Zoo's Frog Bog equals each Chameleon Cage's Animal. The number of each Chameleon Cage's Elephant equals 13. The number of each Frog Bog's Panda equals 20. The number of each Raccoon's Caudal Vertebrae 11 equals 17. The number of each Edinburgh Zoo's Monitor Lizard Habitat equals 18. The number of each Beijing Zoo's Monitor Lizard Habitat equals 1 more than each Raccoon's Caudal Vertebrae 11. The number of each Zoo de Madrid's Frog Bog equals the sum of each Raccoon's Caudal Vertebrae 11, each Elephant's Bone, each Beijing Zoo's Chameleon Cage and each Chameleon Cage's Animal. The number of each Panda's Caudal Vertebrae 9 equals each Frog Bog's Deer. The number of each Alligator Alley's Deer equals 14. How many Animal does Chameleon Cage have? | Define Chameleon Cage's Elephant as V; so V = 13. Define Chameleon Cage's Animal as T; so T = V = 13. | 13 | med | 2 |
124 | The number of each Muffins's Wheat equals each Muffins's Whole Wheat. The number of each Pastries's Wheat equals 11 more than each Wheat Bread's Buckwheat. The number of each Wheat Bread's Buckwheat equals 14. The number of each Wheat Bread's Whole Wheat equals 14. The number of each Wheat Bread's Wheat equals 20. The number of each Pastries's Whole Wheat equals 8 times as much as each Pastries's Buckwheat. The number of each Pastries's Buckwheat equals each Muffins's Ingredient. The number of each Muffins's Whole Wheat equals 17. How many Whole Wheat does Pastries have? | Define Muffins's Whole Wheat as k; so k = 17. Define Muffins's Wheat as h; so h = k = 17. Define Muffins's Ingredient as r; so r = h + k = 17 + 17 = 11. Define Pastries's Buckwheat as u; so u = r = 11. Define Pastries's Whole Wheat as U; so U = 8 * u = 8 * 11 = 19. | 19 | hard | 5 |
125 | The number of each Chemistry Lab's Surfing Backpack equals each Earth Science Lab's Sweat-Resistant Backpack. The number of each Neuroscience Lab's Biking Backpack equals each Chemistry Lab's Backpack. The number of each Anatomy Lab's Sweat-Resistant Backpack equals each Neuroscience Lab's Sweat-Resistant Backpack. The number of each Anatomy Lab's Biking Backpack equals 21. The number of each Neuroscience Lab's Sweat-Resistant Backpack equals 3 times as much as each Anatomy Lab's Biking Backpack. The number of each Earth Science Lab's Surfing Backpack equals each Earth Science Lab's Sweat-Resistant Backpack. The number of each Chemistry Lab's Biking Backpack equals each Earth Science Lab's Biking Backpack. The number of each Earth Science Lab's Sweat-Resistant Backpack equals the sum of each Anatomy Lab's Biking Backpack and each Neuroscience Lab's Sweat-Resistant Backpack. The number of each Neuroscience Lab's Surfing Backpack equals each Chemistry Lab's Biking Backpack. The number of each Anatomy Lab's Surfing Backpack equals 7 times as much as the difference of each Neuroscience Lab's Surfing Backpack and each Earth Science Lab's Biking Backpack. The number of each Earth Science Lab's Biking Backpack equals 15. How many Surfing Backpack does Anatomy Lab have? | Define Earth Science Lab's Biking Backpack as z; so z = 15. Define Chemistry Lab's Biking Backpack as K; so K = z = 15. Define Neuroscience Lab's Surfing Backpack as I; so I = K = 15. Define Anatomy Lab's Surfing Backpack as k; t = I - z = 15 - 15 = 0; so k = 7 * t = 7 * 0 = 0. | 0 | hard | 5 |
126 | The number of each Messenger Backpack's Construction Paper equals 0. The number of each Messenger Backpack's Graph Paper equals 3. The number of each Student Rucksack's Construction Paper equals 4 times as much as each Student Rucksack's Graph Paper. The number of each Bookbag's Construction Paper equals 10 more than each Messenger Backpack's Construction Paper. The number of each Student Rucksack's Journal equals each Messenger Backpack's Graph Paper. The number of each Bookbag's Graph Paper equals the sum of each Bookbag's Construction Paper, each Student Rucksack's Stationery and each Student Rucksack's Graph Paper. The number of each Student Rucksack's Graph Paper equals each Messenger Backpack's Journal. The number of each Messenger Backpack's Journal equals the sum of each Messenger Backpack's Graph Paper and each Messenger Backpack's Construction Paper. The number of each Bookbag's Journal equals 21 more than each Student Rucksack's Stationery. How many Stationery does Bookbag have? | Define Messenger Backpack's Construction Paper as i; so i = 0. Define Bookbag's Construction Paper as d; so d = 10 + i = 10 + 0 = 10. Define Messenger Backpack's Graph Paper as n; so n = 3. Define Messenger Backpack's Journal as f; so f = n + i = 3 + 0 = 3. Define Student Rucksack's Graph Paper as s; so s = f = 3. Define Student Rucksack's Construction Paper as S; so S = 4 * s = 4 * 3 = 12. Define Student Rucksack's Journal as I; so I = n = 3. Define Student Rucksack's Stationery as N; z = S + I = 12 + 3 = 15; so N = z + s = 15 + 3 = 18. Define Bookbag's Graph Paper as L; e = d + N = 10 + 18 = 5; so L = e + s = 5 + 3 = 8. Define Bookbag's Journal as V; so V = 21 + N = 21 + 18 = 16. Define Bookbag's Stationery as c; k = d + V = 10 + 16 = 3; so c = k + L = 3 + 8 = 11. | 11 | hard | 14 |
127 | The number of each Shoulder Joint's Erythroblasts equals 3 more than each Achilles Tendon's Erythroblasts. The number of each Humerus's Erythroblasts equals 18. The number of each Shoulder Joint's Proerythroblasts equals 2 more than each Shoulder Joint's Basophils. The number of each Humerus's Hemocytoblasts equals the sum of each Achilles Tendon's Erythroblasts, each Shoulder Joint's Basophils, each Quadriceps's Proerythroblasts and each Achilles Tendon's Proerythroblasts. The number of each Quadriceps's Hemocytoblasts equals each Achilles Tendon's Basophils. The number of each Humerus's Proerythroblasts equals the sum of each Quadriceps's Erythroblasts and each Humerus's Erythroblasts. The number of each Achilles Tendon's Proerythroblasts equals each Quadriceps's Hemocytoblasts. The number of each Quadriceps's Basophils equals 21 more than the difference of each Achilles Tendon's Erythroblasts and each Shoulder Joint's Proerythroblasts. The number of each Achilles Tendon's Erythroblasts equals each Humerus's Erythroblasts. The number of each Achilles Tendon's Basophils equals 14 more than each Shoulder Joint's Erythroblasts. The number of each Shoulder Joint's Hemocytoblasts equals 15 more than each Humerus's Proerythroblasts. The number of each Quadriceps's Proerythroblasts equals each Achilles Tendon's Proerythroblasts. The number of each Quadriceps's Erythroblasts equals 22 more than each Quadriceps's Proerythroblasts. The number of each Humerus's Basophils equals 11. The number of each Achilles Tendon's Hemocytoblasts equals the sum of each Shoulder Joint's Proerythroblasts and each Shoulder Joint's Basophils. The number of each Shoulder Joint's Basophils equals 1. How many Hemocytoblasts does Shoulder Joint have? | Define Humerus's Erythroblasts as S; so S = 18. Define Achilles Tendon's Erythroblasts as o; so o = S = 18. Define Shoulder Joint's Erythroblasts as V; so V = 3 + o = 3 + 18 = 21. Define Achilles Tendon's Basophils as m; so m = 14 + V = 14 + 21 = 12. Define Quadriceps's Hemocytoblasts as Q; so Q = m = 12. Define Achilles Tendon's Proerythroblasts as c; so c = Q = 12. Define Quadriceps's Proerythroblasts as H; so H = c = 12. Define Quadriceps's Erythroblasts as n; so n = 22 + H = 22 + 12 = 11. Define Humerus's Proerythroblasts as d; so d = n + S = 11 + 18 = 6. Define Shoulder Joint's Hemocytoblasts as t; so t = 15 + d = 15 + 6 = 21. | 21 | hard | 10 |
128 | The number of each Secondary Forest's Chlamydomonas equals 8. The number of each Temperate Broadleaf Forest's Gonium equals 20. The number of each Secondary Forest's Staphylococcus equals 12 more than the difference of each Temperate Broadleaf Forest's Creatures and each Pine Forest's Trichomonas. The number of each Secondary Forest's Gonium equals 1 more than each Temperate Broadleaf Forest's Chlamydomonas. The number of each Mangrove Forest's Trichomonas equals 17. The number of each Pine Forest's Staphylococcus equals the difference of each Pine Forest's Trichomonas and each Temperate Broadleaf Forest's Chlamydomonas. The number of each Temperate Broadleaf Forest's Chlamydomonas equals 2. The number of each Mangrove Forest's Chlamydomonas equals 3. The number of each Secondary Forest's Trichomonas equals 2 times as much as the sum of each Mangrove Forest's Gonium, each Temperate Broadleaf Forest's Chlamydomonas and each Secondary Forest's Gonium. The number of each Mangrove Forest's Gonium equals 15 more than the sum of each Secondary Forest's Gonium and each Temperate Broadleaf Forest's Chlamydomonas. The number of each Pine Forest's Chlamydomonas equals 8 more than the difference of each Secondary Forest's Gonium and each Secondary Forest's Trichomonas. The number of each Pine Forest's Trichomonas equals 5 more than each Mangrove Forest's Chlamydomonas. How many Trichomonas does Secondary Forest have? | Define Temperate Broadleaf Forest's Chlamydomonas as R; so R = 2. Define Secondary Forest's Gonium as u; so u = 1 + R = 1 + 2 = 3. Define Mangrove Forest's Gonium as Y; O = u + R = 3 + 2 = 5; so Y = 15 + O = 15 + 5 = 20. Define Secondary Forest's Trichomonas as v; h = Y + R = 20 + 2 = 22; C = h + u = 22 + 3 = 2; so v = 2 * C = 2 * 2 = 4. | 4 | hard | 7 |
129 | The number of each Hardshell Backpack's Binder Clip equals 17. The number of each Expandable Backpack's Binder Clip equals 6. The number of each Presentation Backpack's Sticky Tabs equals 13. The number of each Organizer Work Backpack's Binder Clip equals each Hardshell Backpack's Ink Refill. The number of each Presentation Backpack's Label Maker equals 18 times as much as each Organizer Work Backpack's Label Maker. The number of each Organizer Work Backpack's Ink Refill equals 19 times as much as each Expandable Backpack's Ink Refill. The number of each Presentation Backpack's Ink Refill equals 18. The number of each Organizer Work Backpack's Label Maker equals 20. The number of each Expandable Backpack's Label Maker equals 1 times as much as the sum of each Organizer Work Backpack's Ink Refill, each Presentation Backpack's Label Maker and each Expandable Backpack's Ink Refill. The number of each Hardshell Backpack's Sticky Tabs equals 20. The number of each Presentation Backpack's Binder Clip equals each Expandable Backpack's Binder Clip. The number of each Hardshell Backpack's Ink Refill equals 10. The number of each Organizer Work Backpack's Sticky Tabs equals 21 more than the difference of each Organizer Work Backpack's Label Maker and each Presentation Backpack's Sticky Tabs. The number of each Expandable Backpack's Ink Refill equals 11 more than each Presentation Backpack's Sticky Tabs. The number of each Expandable Backpack's Sticky Tabs equals the sum of each Expandable Backpack's Ink Refill, each Expandable Backpack's Binder Clip, each Presentation Backpack's Sticky Tabs and each Organizer Work Backpack's Label Maker. The number of each Hardshell Backpack's Label Maker equals 6. How many Binder Clip does Organizer Work Backpack have? | Define Hardshell Backpack's Ink Refill as u; so u = 10. Define Organizer Work Backpack's Binder Clip as k; so k = u = 10. | 10 | hard | 2 |
130 | The number of each Sea Urchin's Hypothalamus equals 19 times as much as each Great White Shark's Hypothalamus. The number of each Seahorse's Occipital Lobe equals 6 times as much as the sum of each Seahorse's Hypothalamus and each Seahorse's Parietal Lobe. The number of each Seahorse's Parietal Lobe equals 8 more than each Seahorse's Hypothalamus. The number of each Great White Shark's Parietal Lobe equals 3 more than each Seahorse's Organs. The number of each Sea Urchin's Occipital Lobe equals 20 more than each Great White Shark's Occipital Lobe. The number of each Sea Urchin's Parietal Lobe equals the sum of each Seahorse's Parietal Lobe and each Great White Shark's Occipital Lobe. The number of each Clownfish's Hypothalamus equals the sum of each Great White Shark's Occipital Lobe, each Seahorse's Organs and each Sea Urchin's Hypothalamus. The number of each Seahorse's Hypothalamus equals 18. The number of each Great White Shark's Hypothalamus equals 5. The number of each Great White Shark's Occipital Lobe equals the sum of each Great White Shark's Parietal Lobe and each Seahorse's Parietal Lobe. The number of each Clownfish's Parietal Lobe equals the sum of each Great White Shark's Parietal Lobe, each Great White Shark's Occipital Lobe, each Seahorse's Parietal Lobe and each Great White Shark's Hypothalamus. The number of each Clownfish's Occipital Lobe equals 16 more than the sum of each Great White Shark's Hypothalamus and each Sea Urchin's Hypothalamus. How many Occipital Lobe does Sea Urchin have? | Define Seahorse's Hypothalamus as t; so t = 18. Define Seahorse's Parietal Lobe as J; so J = 8 + t = 8 + 18 = 3. Define Seahorse's Occipital Lobe as R; O = t + J = 18 + 3 = 21; so R = 6 * O = 6 * 21 = 11. Define Seahorse's Organs as u; Y = R + J = 11 + 3 = 14; so u = Y + t = 14 + 18 = 9. Define Great White Shark's Parietal Lobe as f; so f = 3 + u = 3 + 9 = 12. Define Great White Shark's Occipital Lobe as I; so I = f + J = 12 + 3 = 15. Define Sea Urchin's Occipital Lobe as o; so o = 20 + I = 20 + 15 = 12. | 12 | med | 9 |
131 | The number of each Lake Homes's Lidl equals 20 more than each Bungalow Colony's Supermarket. The number of each Lake Homes's Shop 'n Save equals each Lake Homes's Family Dollar. The number of each Lake Homes's Family Dollar equals the sum of each Lake Homes's Lidl and each Bungalow Colony's Supermarket. How many Shop 'n Save does Lake Homes have? | Define Bungalow Colony's Supermarket as Q; so Q = 0. Define Lake Homes's Lidl as u; so u = 20 + Q = 20 + 0 = 20. Define Lake Homes's Family Dollar as i; so i = u + Q = 20 + 0 = 20. Define Lake Homes's Shop 'n Save as L; so L = i = 20. | 20 | med | 4 |
132 | The number of each Waterproof School Backpack's Binder equals the difference of each Baseball Field's Canvas Backpack and each Table Tennis Room's Stationery. The number of each River Valley Elementary's Football Field equals 21. The number of each Baseball Field's Waterproof School Backpack equals 15 more than each Sunnydale Primary's Table Tennis Room. The number of each River Valley Elementary's Baseball Field equals 13 times as much as each River Valley Elementary's Football Field. The number of each Baseball Field's Canvas Backpack equals 17 times as much as each Canvas Backpack's Stationery. The number of each Sunnydale Primary's Table Tennis Room equals 16. The number of each Football Field's Canvas Backpack equals each Sunnydale Primary's Table Tennis Room. The number of each Sunnydale Primary's Football Field equals each Sunnydale Primary's Table Tennis Room. The number of each Canvas Backpack's File Organizer equals each Sunnydale Primary's Table Tennis Room. How many Stationery does Canvas Backpack have? | Define Sunnydale Primary's Table Tennis Room as h; so h = 16. Define Canvas Backpack's File Organizer as Q; so Q = h = 16. Define Canvas Backpack's Stationery as U; so U = Q = 16. | 16 | hard | 3 |
133 | The number of each Pylorus's Mast Cells equals each Giraffe's Stomach. The number of each Giraffe's Stomach equals 17. The number of each Pylorus's Pericytes of Blood Vessels equals 20 times as much as the difference of each Giraffe's Pylorus and each Giraffe's Stomach. The number of each Jejunum's Fibroblasts equals 13 times as much as the sum of each Wolf's Organs, each Wolf's Cells and each Giraffe's Stomach. The number of each Zebra's Jejunum equals the difference of each Giraffe's Stomach and each Giraffe's Pylorus. The number of each Giraffe's Pylorus equals 10. How many Organs does Wolf have? | Define Wolf's Organs as L; so L = 0. | 0 | med | 1 |
134 | The number of each International Relations Classroom's Surfing Backpack equals 11 more than each Political Science Room's Swimming Backpack. The number of each Political Science Room's Swimming Backpack equals 9. The number of each Political Science Room's Surfing Backpack equals 2. The number of each Human Development Classroom's Swimming Backpack equals 2. The number of each Human Development Classroom's Surfing Backpack equals 11 more than each Political Science Room's Sweat-Resistant Backpack. The number of each International Relations Classroom's Swimming Backpack equals 10 more than each International Relations Classroom's Surfing Backpack. The number of each Political Science Room's Sweat-Resistant Backpack equals 22 more than each Human Development Classroom's Swimming Backpack. The number of each International Relations Classroom's Sweat-Resistant Backpack equals the sum of each International Relations Classroom's Swimming Backpack, each International Relations Classroom's Surfing Backpack and each Political Science Room's Swimming Backpack. The number of each Human Development Classroom's Sweat-Resistant Backpack equals the sum of each International Relations Classroom's Sweat-Resistant Backpack, each Political Science Room's Swimming Backpack and each International Relations Classroom's Surfing Backpack. How many Swimming Backpack does International Relations Classroom have? | Define Political Science Room's Swimming Backpack as l; so l = 9. Define International Relations Classroom's Surfing Backpack as S; so S = 11 + l = 11 + 9 = 20. Define International Relations Classroom's Swimming Backpack as a; so a = 10 + S = 10 + 20 = 7. | 7 | hard | 3 |
135 | The number of each Galleria Supermarket's Cookies equals each Galleria Supermarket's Croissants. The number of each Pies's Onion Powder equals 19. The number of each Croissants's Parsley equals each Pies's Rosemary. The number of each Science Park's Uwajimaya equals 3. The number of each Arts Campus's Galleria Supermarket equals 1 times as much as the sum of each Pies's Rosemary and each Arts Campus's New Grand Mart. The number of each New Grand Mart's Pies equals 2 times as much as the sum of each Galleria Supermarket's Croissants, each Science Park's Uwajimaya and each Galleria Supermarket's Cookies. The number of each Croissants's Onion Powder equals 13. The number of each Croissants's Rosemary equals 15. The number of each Galleria Supermarket's Pies equals the sum of each Pies's Rosemary, each Arts Campus's New Grand Mart, each Arts Campus's Galleria Supermarket and each Research District's Product. The number of each Arts Campus's New Grand Mart equals 3. The number of each Uwajimaya's Pies equals 13 more than each Arts Campus's New Grand Mart. The number of each Pies's Rosemary equals 20 more than each Arts Campus's New Grand Mart. The number of each New Grand Mart's Croissants equals 13 times as much as the sum of each Research District's Product and each Research District's Supermarket. The number of each Science Park's New Grand Mart equals 7 more than the difference of each Research District's Product and each Cookies's Ingredient. The number of each New Grand Mart's Cookies equals each Galleria Supermarket's Croissants. The number of each Galleria Supermarket's Croissants equals 22. How many Supermarket does Arts Campus have? | Define Arts Campus's New Grand Mart as U; so U = 3. Define Pies's Rosemary as C; so C = 20 + U = 20 + 3 = 0. Define Arts Campus's Galleria Supermarket as y; L = C + U = 0 + 3 = 3; so y = 1 * L = 1 * 3 = 3. Define Arts Campus's Supermarket as j; so j = U + y = 3 + 3 = 6. | 6 | hard | 5 |
136 | The number of each Falcon's Scapula equals 16. The number of each Woodpecker's Humerus equals 12. The number of each Falcon's Sesamoid Bones equals each Falcon's Scapula. The number of each Crow's Metacarpal Bones equals 14 more than each Dove's Bone. The number of each Woodpecker's Metacarpal Bones equals the sum of each Crow's Bone, each Dove's Humerus and each Falcon's Scapula. The number of each Woodpecker's Scapula equals 9. The number of each Dove's Humerus equals each Falcon's Bone. The number of each Falcon's Humerus equals 12 more than each Falcon's Scapula. How many Metacarpal Bones does Crow have? | Define Falcon's Scapula as M; so M = 16. Define Falcon's Sesamoid Bones as h; so h = M = 16. Define Falcon's Humerus as Z; so Z = 12 + M = 12 + 16 = 5. Define Falcon's Bone as T; B = M + Z = 16 + 5 = 21; so T = B + h = 21 + 16 = 14. Define Dove's Humerus as Q; so Q = T = 14. Define Dove's Bone as o; so o = Q = 14. Define Crow's Metacarpal Bones as L; so L = 14 + o = 14 + 14 = 5. | 5 | med | 8 |
137 | The number of each Literature Classroom's Ventilated Backpack equals 21. The number of each Woodgrove College's Music Room equals 10. The number of each Music Room's Ventilated Backpack equals each Mountainview College's Classroom. The number of each Woodgrove College's Literature Classroom equals 6. The number of each Literature Classroom's Skiing Backpack equals 17 more than each Woodgrove College's Music Room. The number of each Riverside College's Anthropology Classroom equals 1 more than the sum of each Woodgrove College's Music Room, each Literature Classroom's Skiing Backpack and each Literature Classroom's Ventilated Backpack. The number of each Literature Classroom's Workout Backpack equals 6 more than each Mountainview College's Backpack. The number of each Anthropology Classroom's Training Daypack equals 6 more than each Starlight College's Backpack. The number of each Mountainview College's Graphic Design Studio equals 14 times as much as each Woodgrove College's Literature Classroom. How many Backpack does Music Room have? | Define Woodgrove College's Literature Classroom as B; so B = 6. Define Mountainview College's Graphic Design Studio as Y; so Y = 14 * B = 14 * 6 = 15. Define Mountainview College's Classroom as a; so a = Y = 15. Define Music Room's Ventilated Backpack as Q; so Q = a = 15. Define Music Room's Backpack as U; so U = Q = 15. | 15 | hard | 5 |
138 | The number of each Lobster's Pylorus equals 2 times as much as the sum of each Walrus's Pylorus, each Walrus's Sigmoid Colon and each Walrus's Stomach. The number of each Jellyfish's Stomach equals 2 times as much as each Jellyfish's Pylorus. The number of each Walrus's Stomach equals the sum of each Jellyfish's Sigmoid Colon, each Jellyfish's Organs and each Jellyfish's Pylorus. The number of each Jellyfish's Pylorus equals 20. The number of each Lobster's Sigmoid Colon equals each Walrus's Organs. The number of each Walrus's Sigmoid Colon equals 5 more than the difference of each Jellyfish's Organs and each Jellyfish's Stomach. The number of each Walrus's Pylorus equals 21 more than the difference of each Walrus's Stomach and each Jellyfish's Stomach. The number of each Lobster's Stomach equals each Walrus's Pylorus. The number of each Jellyfish's Sigmoid Colon equals 14 more than the difference of each Jellyfish's Pylorus and each Jellyfish's Stomach. How many Organs does Lobster have? | Define Jellyfish's Pylorus as s; so s = 20. Define Jellyfish's Stomach as l; so l = 2 * s = 2 * 20 = 17. Define Jellyfish's Sigmoid Colon as q; w = s - l = 20 - 17 = 3; so q = 14 + w = 14 + 3 = 17. Define Jellyfish's Organs as P; K = s + l = 20 + 17 = 14; so P = K + q = 14 + 17 = 8. Define Walrus's Sigmoid Colon as c; z = P - l = 8 - 17 = 14; so c = 5 + z = 5 + 14 = 19. Define Walrus's Stomach as D; G = q + P = 17 + 8 = 2; so D = G + s = 2 + 20 = 22. Define Walrus's Pylorus as O; k = D - l = 22 - 17 = 5; so O = 21 + k = 21 + 5 = 3. Define Walrus's Organs as t; H = O + D = 3 + 22 = 2; so t = H + c = 2 + 19 = 21. Define Lobster's Sigmoid Colon as V; so V = t = 21. Define Lobster's Stomach as R; so R = O = 3. Define Lobster's Pylorus as o; j = O + c = 3 + 19 = 22; A = j + D = 22 + 22 = 21; so o = 2 * A = 2 * 21 = 19. Define Lobster's Organs as M; p = o + R = 19 + 3 = 22; so M = p + V = 22 + 21 = 20. | 20 | hard | 21 |
139 | The number of each Athletic Backpack's Accordion File equals 20. The number of each Calculus Classroom's Athletic Backpack equals the sum of each Springfield Primary's Classroom, each Springfield Primary's Thermodynamics Lab, each Athletic Backpack's Accordion File and each Athletic Backpack's Stationery. The number of each Thermodynamics Lab's Scholar Backpack equals 3 times as much as each Scholar Backpack's Business Card Holder. The number of each Springfield Primary's Thermodynamics Lab equals 16. The number of each Scholar Backpack's Business Card Holder equals 21 times as much as each Athletic Backpack's Accordion File. The number of each Cedarwood Elementary's Calculus Classroom equals 13 times as much as each Thermodynamics Lab's Stationery. How many Thermodynamics Lab does Springfield Primary have? | Define Springfield Primary's Thermodynamics Lab as n; so n = 16. | 16 | med | 1 |
140 | The number of each Autonomic Nerves's Motor Neurons equals 0 more than each Spinal Cord's Microglia. The number of each Medulla Oblongata's Interneurons equals the difference of each Ganglia's Interneurons and each Medulla Oblongata's Purkinje Cells. The number of each Spinal Cord's Motor Neurons equals 11 times as much as the sum of each Ganglia's Microglia and each Spinal Cord's Interneurons. The number of each Ganglia's Purkinje Cells equals 22 times as much as the difference of each Spinal Cord's Interneurons and each Ganglia's Microglia. The number of each Spinal Cord's Purkinje Cells equals the sum of each Ganglia's Interneurons, each Autonomic Nerves's Interneurons and each Medulla Oblongata's Interneurons. The number of each Medulla Oblongata's Purkinje Cells equals 12. The number of each Medulla Oblongata's Motor Neurons equals 16 more than the sum of each Spinal Cord's Purkinje Cells and each Autonomic Nerves's Purkinje Cells. The number of each Autonomic Nerves's Microglia equals 7 more than each Ganglia's Interneurons. The number of each Ganglia's Motor Neurons equals the sum of each Autonomic Nerves's Purkinje Cells and each Autonomic Nerves's Interneurons. The number of each Spinal Cord's Interneurons equals 2 times as much as each Ganglia's Microglia. The number of each Autonomic Nerves's Purkinje Cells equals each Autonomic Nerves's Interneurons. The number of each Ganglia's Microglia equals 1. The number of each Autonomic Nerves's Interneurons equals 6 times as much as each Medulla Oblongata's Interneurons. The number of each Medulla Oblongata's Microglia equals 10 times as much as the sum of each Autonomic Nerves's Interneurons, each Spinal Cord's Purkinje Cells and each Ganglia's Motor Neurons. The number of each Ganglia's Interneurons equals each Medulla Oblongata's Purkinje Cells. The number of each Spinal Cord's Microglia equals each Ganglia's Motor Neurons. How many Motor Neurons does Autonomic Nerves have? | Define Medulla Oblongata's Purkinje Cells as s; so s = 12. Define Ganglia's Interneurons as S; so S = s = 12. Define Medulla Oblongata's Interneurons as Q; so Q = S - s = 12 - 12 = 0. Define Autonomic Nerves's Interneurons as U; so U = 6 * Q = 6 * 0 = 0. Define Autonomic Nerves's Purkinje Cells as y; so y = U = 0. Define Ganglia's Motor Neurons as f; so f = y + U = 0 + 0 = 0. Define Spinal Cord's Microglia as e; so e = f = 0. Define Autonomic Nerves's Motor Neurons as O; so O = 0 + e = 0 + 0 = 0. | 0 | hard | 8 |
141 | The number of each Manatee Mangrove's Rattlesnake equals the sum of each Rattlesnake's Proximal Phalanges, each Dolphin Lagoon's Animal, each Vancouver Aquarium's Freshwater Fish Exhibit and each Freshwater Fish Exhibit's Lizard. The number of each Vancouver Aquarium's Freshwater Fish Exhibit equals 16. The number of each Rattlesnake's Humerus equals 11 times as much as each Adventure Aquarium's Freshwater Fish Exhibit. The number of each Dolphin Lagoon's Lizard equals 12 more than the sum of each Monterey Bay Aquarium's Enclosure and each Monterey Bay Aquarium's Crustacean Cove. The number of each Rattlesnake's Proximal Phalanges equals the difference of each Manatee Mangrove's Gecko and each Adventure Aquarium's Crustacean Cove. The number of each Manatee Mangrove's Gecko equals 17 more than the sum of each The Florida Aquarium's Enclosure, each Monterey Bay Aquarium's Crustacean Cove and each Adventure Aquarium's Freshwater Fish Exhibit. The number of each Rattlesnake's Primary Feathers equals each Adventure Aquarium's Freshwater Fish Exhibit. The number of each Manatee Mangrove's Turtle equals 2 more than the difference of each Vancouver Aquarium's Freshwater Fish Exhibit and each Rattlesnake's Primary Feathers. The number of each The Florida Aquarium's Manatee Mangrove equals 11 more than the sum of each Gecko's Bone and each Dolphin Lagoon's Lizard. The number of each Vancouver Aquarium's Dolphin Lagoon equals 6 more than the difference of each Manatee Mangrove's Gecko and each Rattlesnake's Primary Feathers. The number of each Freshwater Fish Exhibit's Turtle equals 4. The number of each Adventure Aquarium's Freshwater Fish Exhibit equals 15. The number of each Freshwater Fish Exhibit's Lizard equals 8 more than each Manatee Mangrove's Gecko. The number of each Monterey Bay Aquarium's Crustacean Cove equals 7. The number of each The Florida Aquarium's Crustacean Cove equals the sum of each Adventure Aquarium's Crustacean Cove and each Dolphin Lagoon's Lizard. The number of each Turtle's Humerus equals each Dolphin Lagoon's Animal. The number of each Turtle's Carpometacarpus equals 2. The number of each Crustacean Cove's Gecko equals 5 more than each Dolphin Lagoon's Lizard. The number of each Adventure Aquarium's Crustacean Cove equals the difference of each Dolphin Lagoon's Bone and each Dolphin Lagoon's Lizard. How many Enclosure does The Florida Aquarium have? | Define Monterey Bay Aquarium's Crustacean Cove as b; so b = 7. Define Monterey Bay Aquarium's Enclosure as z; so z = b = 7. Define Dolphin Lagoon's Lizard as A; r = z + b = 7 + 7 = 14; so A = 12 + r = 12 + 14 = 3. Define Lizard's Bone as v; so v = 0. Define Dolphin Lagoon's Bone as n; so n = A * v = 3 * 0 = 0. Define Adventure Aquarium's Crustacean Cove as h; so h = n - A = 0 - 3 = 20. Define Gecko's Bone as X; so X = 0. Define The Florida Aquarium's Manatee Mangrove as y; t = X + A = 0 + 3 = 3; so y = 11 + t = 11 + 3 = 14. Define The Florida Aquarium's Crustacean Cove as W; so W = h + A = 20 + 3 = 0. Define The Florida Aquarium's Enclosure as U; so U = y + W = 14 + 0 = 14. | 14 | hard | 12 |
142 | The number of each Legislative District's Lassens Natural Foods equals 10 times as much as each Pastries's Ingredient. The number of each PCC Community Markets's Muffins equals each Muffins's Banana. The number of each Lassens Natural Foods's Pastries equals each Pastries's Pear. The number of each Muffins's Banana equals 17 times as much as the difference of each Fresh Thyme Market's Rolls and each Legislative District's PCC Community Markets. The number of each Fresh Thyme Market's Muffins equals 11. The number of each Parliamentary District's Lassens Natural Foods equals 18. The number of each Embassy District's Fresh Thyme Market equals each Rolls's Ingredient. The number of each Pastries's Pear equals 2. The number of each Legislative District's PCC Community Markets equals 2 times as much as each Fresh Thyme Market's Rolls. The number of each Muffins's Orange equals 18. The number of each Muffins's Pear equals 3 times as much as each Muffins's Banana. The number of each Fresh Thyme Market's Rolls equals 18. The number of each Lassens Natural Foods's Rolls equals 8 times as much as each Pastries's Pear. How many Ingredient does Parliamentary District have? | Define Pastries's Pear as p; so p = 2. Define Lassens Natural Foods's Rolls as D; so D = 8 * p = 8 * 2 = 16. Define Lassens Natural Foods's Pastries as C; so C = p = 2. Define Rolls's Ingredient as V; so V = 0. Define Pastries's Ingredient as h; so h = p = 2. Define Lassens Natural Foods's Ingredient as P; j = D * V = 16 * 0 = 0; E = C * h = 2 * 2 = 4; so P = j + E = 0 + 4 = 4. Define Parliamentary District's Lassens Natural Foods as o; so o = 18. Define Parliamentary District's Ingredient as k; so k = o * P = 18 * 4 = 3. | 3 | hard | 10 |
143 | The number of each Piranha Pond's Raccoon equals 18. The number of each Jellyfish Gallery's Wolf equals 2. The number of each Jellyfish Gallery's Raccoon equals the difference of each Piranha Pond's Raccoon and each Piranha Pond's Animal. How many Animal does Piranha Pond have? | Define Piranha Pond's Raccoon as a; so a = 18. Define Piranha Pond's Animal as A; so A = a = 18. | 18 | med | 2 |
144 | The number of each Sociology Classroom's Printed Backpack equals 21 more than the sum of each Ceramics Studio's Backpack, each Starlight College's Sociology Classroom and each Starlight College's Classroom. The number of each Starlight College's Sociology Classroom equals each Ceramics Studio's Backpack. The number of each Ceramics Studio's Canvas Backpack equals each Sociology Classroom's Canvas Backpack. The number of each Crescent College's Ceramics Studio equals 11 more than the difference of each Starlight College's Sociology Classroom and each Ceramics Studio's Canvas Backpack. The number of each Crescent College's Sociology Classroom equals 22. The number of each Sociology Classroom's Canvas Backpack equals 3. How many Ceramics Studio does Crescent College have? | Define Sociology Classroom's Canvas Backpack as o; so o = 3. Define Ceramics Studio's Canvas Backpack as S; so S = o = 3. Define Ceramics Studio's Backpack as f; so f = S = 3. Define Starlight College's Sociology Classroom as N; so N = f = 3. Define Crescent College's Ceramics Studio as p; r = N - S = 3 - 3 = 0; so p = 11 + r = 11 + 0 = 11. | 11 | med | 6 |
145 | The number of each Flooded Grassland's Lion equals each Bengal Tiger's Frontal Lobe. The number of each Pons's Diaphragm Muscle Cells equals 9. The number of each Lion's Pons equals each Mixed Grass Prairie's Hippopotamus. The number of each Frontal Lobe's Diaphragm Muscle Cells equals the sum of each Bengal Tiger's Frontal Lobe and each Mixed Grass Prairie's Hippopotamus. The number of each Bengal Tiger's Frontal Lobe equals 10. The number of each Hippopotamus's Pons equals each Mixed Grass Prairie's Hippopotamus. The number of each Spinal Cord's Tongue Muscle Cells equals 13. The number of each Pons's Intercalated Discs equals 20 times as much as each Spinal Cord's Cells. The number of each Mixed Grass Prairie's Hippopotamus equals each Bengal Tiger's Frontal Lobe. The number of each Lion's Spinal Cord equals each Hippopotamus's Pons. The number of each Desert Fringe Grassland's Bengal Tiger equals the sum of each Lion's Pons, each Hippopotamus's Pons, each Frontal Lobe's Diaphragm Muscle Cells and each Bengal Tiger's Frontal Lobe. How many Intercalated Discs does Pons have? | Define Spinal Cord's Tongue Muscle Cells as r; so r = 13. Define Spinal Cord's Cells as i; so i = r = 13. Define Pons's Intercalated Discs as Z; so Z = 20 * i = 20 * 13 = 7. | 7 | med | 3 |
146 | The number of each Mountaineering Backpack's Paintbrush equals the difference of each Hiking Backpack's Gouache and each Hiking Backpack's Paintbrush. The number of each Carry-On Backpack's Gouache equals each Multi-Day Pack's Stationery. The number of each Carry-On Backpack's Stencil equals the difference of each Hiking Backpack's Paintbrush and each Multi-Day Pack's Stationery. The number of each Mountaineering Backpack's Gouache equals 4. The number of each Mountaineering Backpack's Craft Knife equals 21. The number of each Hiking Backpack's Paintbrush equals 11. The number of each Hiking Backpack's Gouache equals each Hiking Backpack's Paintbrush. How many Gouache does Hiking Backpack have? | Define Hiking Backpack's Paintbrush as x; so x = 11. Define Hiking Backpack's Gouache as u; so u = x = 11. | 11 | hard | 2 |
147 | The number of each Jellyfish Gallery's Snake equals the sum of each Jellyfish Gallery's Python and each Snake's Cannon Bone. The number of each Python's Middle Phalanges equals 9 times as much as each Python's Cannon Bone. The number of each Snake's Cannon Bone equals 18 times as much as the sum of each Python's Cannon Bone and each Python's Bone. The number of each Ray Pool's Python equals each Python's Bone. The number of each Kelp Forest Tank's Snake equals the sum of each Python's Cannon Bone, each Kelp Forest Tank's Python and each Python's Bone. The number of each Ray Pool's Snake equals each Jellyfish Gallery's Snake. The number of each Jellyfish Gallery's Python equals each Kelp Forest Tank's Bone. The number of each Snake's Middle Phalanges equals each Snake's Cannon Bone. The number of each Kelp Forest Tank's Python equals 17 more than each Python's Middle Phalanges. The number of each Python's Cannon Bone equals 11. How many Animal does Ray Pool have? | Define Python's Cannon Bone as g; so g = 11. Define Python's Middle Phalanges as x; so x = 9 * g = 9 * 11 = 7. Define Python's Bone as w; so w = g + x = 11 + 7 = 18. Define Snake's Cannon Bone as c; f = g + w = 11 + 18 = 6; so c = 18 * f = 18 * 6 = 16. Define Kelp Forest Tank's Python as F; so F = 17 + x = 17 + 7 = 1. Define Snake's Middle Phalanges as T; so T = c = 16. Define Kelp Forest Tank's Snake as K; j = g + F = 11 + 1 = 12; so K = j + w = 12 + 18 = 7. Define Snake's Bone as h; so h = c + T = 16 + 16 = 9. Define Kelp Forest Tank's Bone as i; m = K * h = 7 * 9 = 17; Y = F * w = 1 * 18 = 18; so i = m + Y = 17 + 18 = 12. Define Jellyfish Gallery's Python as J; so J = i = 12. Define Jellyfish Gallery's Snake as G; so G = J + c = 12 + 16 = 5. Define Ray Pool's Snake as D; so D = G = 5. Define Ray Pool's Python as R; so R = w = 18. Define Ray Pool's Animal as O; so O = D + R = 5 + 18 = 0. | 0 | hard | 18 |
148 | The number of each Houston Insectarium's Stick Insect Forest equals 0. The number of each Houston Insectarium's Cockroach Corner equals 17. The number of each Insectarium of Victoria's Mantis Habitat equals 14. How many Mantis Habitat does Insectarium of Victoria have? | Define Insectarium of Victoria's Mantis Habitat as L; so L = 14. | 14 | med | 1 |
149 | The number of each Office Backpack's Text Marker equals the sum of each Ceramics Studio's Office Backpack and each Digital Arts Studio's Business Daypack. The number of each Business Daypack's Mechanical Pencil equals 2. The number of each Ceramics Studio's Office Backpack equals 9 more than each Digital Arts Studio's Business Daypack. The number of each Digital Arts Studio's Business Daypack equals 18. The number of each Digital Arts Studio's Office Backpack equals 18. How many Stationery does Business Daypack have? | Define Business Daypack's Mechanical Pencil as e; so e = 2. Define Business Daypack's Stationery as l; so l = e = 2. | 2 | hard | 2 |
150 | The number of each WebMasters Academy's Algebra Classroom equals 20 more than the sum of each NetVersity's Algebra Classroom, each Algebra Classroom's Picnic Backpack and each WebMasters Academy's Engineering Workshop. The number of each Structural Engineering Lab's Fishing Backpack equals each NetVersity's Structural Engineering Lab. The number of each Structural Engineering Lab's Drawstring Backpack equals each NetVersity's Engineering Workshop. The number of each WebMasters Academy's Structural Engineering Lab equals 1 more than the sum of each WebMasters Academy's Algebra Classroom, each WebMasters Academy's Engineering Workshop and each Engineering Workshop's Drawstring Backpack. The number of each Algebra Classroom's Drawstring Backpack equals 13. The number of each Structural Engineering Lab's Picnic Backpack equals 9. The number of each WebMasters Academy's Engineering Workshop equals 18 times as much as the difference of each NetVersity's Algebra Classroom and each Algebra Classroom's Picnic Backpack. The number of each WebWorld Institute's Algebra Classroom equals 21 more than each Algebra Classroom's Picnic Backpack. The number of each Engineering Workshop's Picnic Backpack equals 10. The number of each Algebra Classroom's Fishing Backpack equals each NetVersity's Structural Engineering Lab. The number of each NetVersity's Structural Engineering Lab equals 16. The number of each NetVersity's Algebra Classroom equals 6. The number of each Engineering Workshop's Drawstring Backpack equals 14 more than the difference of each NetVersity's Algebra Classroom and each Algebra Classroom's Picnic Backpack. The number of each Algebra Classroom's Picnic Backpack equals 4. The number of each WebWorld Institute's Engineering Workshop equals each NetVersity's Algebra Classroom. The number of each NetVersity's Engineering Workshop equals each NetVersity's Algebra Classroom. The number of each Engineering Workshop's Fishing Backpack equals 0. How many Fishing Backpack does Engineering Workshop have? | Define Engineering Workshop's Fishing Backpack as o; so o = 0. | 0 | med | 1 |
151 | The number of each Juices's Wheat equals 6 more than each Energy Drinks's Brown Rice. The number of each Energy Drinks's Wheat equals each Energy Drinks's Brown Rice. The number of each Energy Drinks's Brown Rice equals 12. The number of each Juices's Brown Rice equals 12 times as much as each Energy Drinks's Ingredient. How many Ingredient does Juices have? | Define Energy Drinks's Brown Rice as V; so V = 12. Define Energy Drinks's Wheat as X; so X = V = 12. Define Energy Drinks's Ingredient as Z; so Z = V + X = 12 + 12 = 1. Define Juices's Brown Rice as S; so S = 12 * Z = 12 * 1 = 12. Define Juices's Wheat as f; so f = 6 + V = 6 + 12 = 18. Define Juices's Ingredient as o; so o = S + f = 12 + 18 = 7. | 7 | hard | 6 |
152 | The number of each Rattlesnake's Pelvic Fin Rays equals 11. The number of each Anaconda's Pelvic Fin Rays equals 22. The number of each Anaconda's Fin Spines equals 7. The number of each Crocodile's Fin Spines equals 20 more than the difference of each Anaconda's Bone and each Anaconda's Dorsal Fin Rays. The number of each Anaconda's Dorsal Fin Rays equals the sum of each Anaconda's Fin Spines, each Anaconda's Pelvic Fin Rays, each Rattlesnake's Dorsal Fin Rays and each Rattlesnake's Haemal Spines. The number of each Tortoise's Haemal Spines equals the sum of each Anaconda's Dorsal Fin Rays, each Anaconda's Fin Spines, each Rattlesnake's Haemal Spines and each Crocodile's Haemal Spines. The number of each Rattlesnake's Dorsal Fin Rays equals 2 times as much as each Rattlesnake's Haemal Spines. The number of each Tortoise's Dorsal Fin Rays equals 10. The number of each Crocodile's Dorsal Fin Rays equals each Crocodile's Pelvic Fin Rays. The number of each Tortoise's Pelvic Fin Rays equals the sum of each Rattlesnake's Pelvic Fin Rays and each Crocodile's Dorsal Fin Rays. The number of each Anaconda's Haemal Spines equals the sum of each Anaconda's Pelvic Fin Rays and each Anaconda's Fin Spines. The number of each Tortoise's Fin Spines equals the difference of each Rattlesnake's Haemal Spines and each Crocodile's Fin Spines. The number of each Crocodile's Haemal Spines equals 11 more than each Anaconda's Fin Spines. The number of each Rattlesnake's Fin Spines equals each Crocodile's Dorsal Fin Rays. The number of each Rattlesnake's Haemal Spines equals each Crocodile's Haemal Spines. The number of each Crocodile's Pelvic Fin Rays equals 3. How many Dorsal Fin Rays does Rattlesnake have? | Define Anaconda's Fin Spines as K; so K = 7. Define Crocodile's Haemal Spines as n; so n = 11 + K = 11 + 7 = 18. Define Rattlesnake's Haemal Spines as b; so b = n = 18. Define Rattlesnake's Dorsal Fin Rays as h; so h = 2 * b = 2 * 18 = 13. | 13 | hard | 4 |
153 | The number of each Protein Shakes's Chili Powder equals each Liquor's Cardamom. The number of each Row Houses's NetCost Market equals 3. The number of each Seafood City Supermarket's Bottled Water equals 10 times as much as each Retirement Community's Supermarket. The number of each Bottled Water's Cardamom equals 3. The number of each Cottage Community's Seafood City Supermarket equals 2 times as much as the difference of each Retirement Community's New Grand Mart and each Row Houses's NetCost Market. The number of each Liquor's Saffron equals the sum of each Bottled Water's Ingredient, each NetCost Market's Bottled Water, each Liquor's Cardamom and each Protein Shakes's Cardamom. The number of each NetCost Market's Liquor equals 14. The number of each New Grand Mart's Protein Shakes equals 14. The number of each Liquor's Cardamom equals 11. The number of each Liquor's Chili Powder equals 22. The number of each Cottage Community's NetCost Market equals 19 times as much as each Protein Shakes's Onion Powder. The number of each Protein Shakes's Cardamom equals the difference of each Protein Shakes's Saffron and each Protein Shakes's Onion Powder. The number of each NetCost Market's Almond Milk equals 14 more than each Protein Shakes's Onion Powder. The number of each Seafood City Supermarket's Liquor equals 3 more than the sum of each Protein Shakes's Chili Powder and each Protein Shakes's Saffron. The number of each Protein Shakes's Saffron equals the sum of each NetCost Market's Almond Milk, each Protein Shakes's Onion Powder, each Cottage Community's NetCost Market and each Protein Shakes's Chili Powder. The number of each NetCost Market's Bottled Water equals 19 times as much as each Retirement Community's Supermarket. The number of each Protein Shakes's Onion Powder equals 19. The number of each Retirement Community's New Grand Mart equals the sum of each New Grand Mart's Product and each New Grand Mart's Protein Shakes. How many Bottled Water does Seafood City Supermarket have? | Define New Grand Mart's Protein Shakes as D; so D = 14. Define New Grand Mart's Product as M; so M = D = 14. Define Retirement Community's New Grand Mart as N; so N = M + D = 14 + 14 = 5. Define Retirement Community's Supermarket as x; so x = N = 5. Define Seafood City Supermarket's Bottled Water as L; so L = 10 * x = 10 * 5 = 4. | 4 | med | 5 |
154 | The number of each Townhouse Development's HelloFresh equals 15. The number of each Townhouse Development's Sun Basket equals the sum of each Townhouse Development's HelloFresh, each Public Housing's Boxed, each Condominium's Boxed and each Public Housing's Sun Basket. The number of each Public Housing's HelloFresh equals 2 times as much as the difference of each Condominium's Boxed and each Townhouse Development's HelloFresh. The number of each Public Housing's GrubMarket equals the difference of each Townhouse Development's HelloFresh and each Condominium's Boxed. The number of each Condominium's Sun Basket equals the difference of each Farmhouses's HelloFresh and each Townhouse Development's Boxed. The number of each Condominium's HelloFresh equals each Farmhouses's Boxed. The number of each Farmhouses's Sun Basket equals each Condominium's Boxed. The number of each Farmhouses's GrubMarket equals 15 times as much as each Farmhouses's Sun Basket. The number of each Condominium's Boxed equals 12. The number of each Public Housing's Boxed equals 0 more than the sum of each Condominium's HelloFresh, each Farmhouses's Boxed and each Farmhouses's HelloFresh. The number of each Public Housing's Sun Basket equals each Public Housing's HelloFresh. The number of each Townhouse Development's Boxed equals 12 times as much as the sum of each Public Housing's Sun Basket, each Public Housing's GrubMarket and each Farmhouses's Boxed. The number of each Townhouse Development's GrubMarket equals 9 more than each Public Housing's GrubMarket. The number of each Farmhouses's HelloFresh equals 11. The number of each Farmhouses's Boxed equals 8. The number of each Condominium's GrubMarket equals the sum of each Condominium's Boxed and each Public Housing's HelloFresh. How many HelloFresh does Condominium have? | Define Farmhouses's Boxed as S; so S = 8. Define Condominium's HelloFresh as C; so C = S = 8. | 8 | hard | 2 |
155 | The number of each Instacart's Canned Pasta equals 20 times as much as the sum of each Google Express's Canned Pasta and each Old Town's DoorDash. The number of each Renaissance District's DoorDash equals 17. The number of each Instacart's Canned Corn equals 0 more than each Instacart's Canned Pasta. The number of each Google Express's Canned Peaches equals 19. The number of each DoorDash's Canned Beef equals 9 more than each Old Harbor's Google Express. The number of each DoorDash's Canned Pasta equals each Google Express's Canned Peaches. The number of each Old Harbor's Instacart equals the sum of each Instacart's Canned Corn, each Renaissance District's Shipt and each Old Town's DoorDash. The number of each Old Harbor's Shipt equals each Renaissance District's Shipt. The number of each Old Harbor's Google Express equals the difference of each Google Express's Canned Peaches and each Renaissance District's Shipt. The number of each Google Express's Canned Pasta equals 9. The number of each Shipt's Canned Beef equals 6 more than each Renaissance District's Shipt. The number of each Old Town's DoorDash equals each Google Express's Canned Pasta. The number of each DoorDash's Canned Corn equals 19 times as much as the difference of each DoorDash's Canned Beef and each Instacart's Product. The number of each Colonial District's Instacart equals 11. The number of each Renaissance District's Shipt equals 6. The number of each Instacart's Canned Peaches equals each Old Town's DoorDash. How many Product does Instacart have? | Define Google Express's Canned Pasta as D; so D = 9. Define Old Town's DoorDash as t; so t = D = 9. Define Instacart's Canned Pasta as s; m = D + t = 9 + 9 = 18; so s = 20 * m = 20 * 18 = 15. Define Instacart's Canned Corn as z; so z = 0 + s = 0 + 15 = 15. Define Instacart's Canned Peaches as a; so a = t = 9. Define Instacart's Product as l; G = a + s = 9 + 15 = 1; so l = G + z = 1 + 15 = 16. | 16 | hard | 8 |
156 | The number of each Vulture's Ganglia equals 4. The number of each Vulture's Temporal Lobe equals 14. The number of each Swan's Temporal Lobe equals 18. The number of each Owl's Temporal Lobe equals 5 more than each Owl's Ganglia. The number of each Owl's Ganglia equals 4. How many Temporal Lobe does Swan have? | Define Swan's Temporal Lobe as V; so V = 18. | 18 | med | 1 |
157 | The number of each La Michoacana Meat Market's Canned Tomatoes equals 10. The number of each Canned Tomatoes's Cloves equals 14. The number of each Entertainment District's Mitsuwa Marketplace equals 15 more than each New Grand Mart's Product. The number of each Canned Tuna's Chili Powder equals each Entertainment District's New Grand Mart. The number of each Mitsuwa Marketplace's Canned Meats equals 22 times as much as each Canned Tomatoes's Cloves. The number of each Canned Tomatoes's Rosemary equals 15. The number of each Tech Park's Superior Grocers equals 8 times as much as each Superior Grocers's Ingredient. The number of each Mitsuwa Marketplace's Canned Tuna equals the sum of each Tech Park's Ingredient, each Entertainment District's New Grand Mart, each Canned Meats's Ingredient and each Tech Park's Product. The number of each Entertainment District's New Grand Mart equals 8 more than the difference of each Tech Park's Ingredient and each Superior Grocers's Ingredient. The number of each Mitsuwa Marketplace's Canned Chicken equals each Entertainment District's La Michoacana Meat Market. The number of each Entertainment District's La Michoacana Meat Market equals 6. How many Chili Powder does Canned Tuna have? | Define Superior Grocers's Ingredient as r; so r = 0. Define Tech Park's Superior Grocers as K; so K = 8 * r = 8 * 0 = 0. Define Tech Park's Ingredient as G; so G = K * r = 0 * 0 = 0. Define Entertainment District's New Grand Mart as L; q = G - r = 0 - 0 = 0; so L = 8 + q = 8 + 0 = 8. Define Canned Tuna's Chili Powder as D; so D = L = 8. | 8 | med | 6 |
158 | The number of each Swordfish's Carpometacarpus equals 6 more than each Toad Abode's Animal. The number of each Newt Nook's Anchovy equals each London Zoo's Newt Nook. The number of each Toad Abode's Swordfish equals 4. The number of each London Zoo's Newt Nook equals 1 more than the sum of each Toad Abode's Swordfish, each Salmon's Coracoid and each Zoo Miami's Turtle Pond. The number of each Turtle Pond's Salmon equals each Toad Abode's Animal. The number of each Salmon's Coracoid equals each Toad Abode's Swordfish. The number of each Zoo Miami's Turtle Pond equals 4. The number of each Swordfish's Proximal Phalanges equals 10. The number of each Zoo Miami's Toad Abode equals 7 more than each Singapore Zoo's Enclosure. How many Bone does Anchovy have? | Define Anchovy's Bone as f; so f = 0. | 0 | med | 1 |
159 | The number of each Giant Salamander's Metacarpal IV equals 18 times as much as the sum of each Frog's Metacarpal IV, each Frog's Bone and each Frog's Distal Phalanx. The number of each Frog's Metacarpal IV equals 19 more than each Frog's Distal Phalanx. The number of each Giant Salamander's Distal Phalanx equals 13 more than the sum of each Frog's Bone, each Frog's Distal Phalanx and each Frog's Metacarpal IV. The number of each Frog's Distal Phalanx equals 14. How many Bone does Giant Salamander have? | Define Frog's Distal Phalanx as r; so r = 14. Define Frog's Metacarpal IV as u; so u = 19 + r = 19 + 14 = 10. Define Frog's Bone as E; so E = r + u = 14 + 10 = 1. Define Giant Salamander's Distal Phalanx as L; R = E + r = 1 + 14 = 15; h = R + u = 15 + 10 = 2; so L = 13 + h = 13 + 2 = 15. Define Giant Salamander's Metacarpal IV as V; X = u + E = 10 + 1 = 11; U = X + r = 11 + 14 = 2; so V = 18 * U = 18 * 2 = 13. Define Giant Salamander's Bone as d; so d = L + V = 15 + 13 = 5. | 5 | hard | 10 |
160 | The number of each Sphinx's Pancreas equals 8 times as much as each Vampire's Pancreas. The number of each Griffin's Pharynx equals the sum of each Vampire's Anus, each Sphinx's Anus and each Griffin's Anus. The number of each Vampire's Anus equals the difference of each Sphinx's Pancreas and each Vampire's Pancreas. The number of each Griffin's Pancreas equals each Vampire's Anus. The number of each Sphinx's Pharynx equals each Vampire's Pancreas. The number of each Sphinx's Anus equals 16 times as much as the sum of each Sphinx's Pharynx, each Vampire's Pancreas and each Sphinx's Pancreas. The number of each Vampire's Pharynx equals 4 times as much as the sum of each Sphinx's Organs and each Vampire's Pancreas. The number of each Vampire's Pancreas equals 15. The number of each Griffin's Anus equals each Vampire's Pharynx. How many Organs does Griffin have? | Define Vampire's Pancreas as e; so e = 15. Define Sphinx's Pharynx as n; so n = e = 15. Define Sphinx's Pancreas as o; so o = 8 * e = 8 * 15 = 5. Define Sphinx's Anus as z; G = n + e = 15 + 15 = 7; l = G + o = 7 + 5 = 12; so z = 16 * l = 16 * 12 = 8. Define Sphinx's Organs as p; O = z + o = 8 + 5 = 13; so p = O + n = 13 + 15 = 5. Define Vampire's Pharynx as U; k = p + e = 5 + 15 = 20; so U = 4 * k = 4 * 20 = 11. Define Griffin's Anus as q; so q = U = 11. Define Vampire's Anus as u; so u = o - e = 5 - 15 = 13. Define Griffin's Pancreas as c; so c = u = 13. Define Griffin's Pharynx as M; N = u + z = 13 + 8 = 21; so M = N + q = 21 + 11 = 9. Define Griffin's Organs as L; w = q + c = 11 + 13 = 1; so L = w + M = 1 + 9 = 10. | 10 | hard | 17 |
161 | The number of each Lemur Island's Crow equals 7. The number of each Dove's Tertials equals the sum of each Panda Exhibit's Animal and each Finch's Coracoid. The number of each Finch's Secondary Feathers equals each Finch's Coracoid. The number of each Lemur Island's Finch equals 8. The number of each Panda Exhibit's Dove equals 10 more than each Penguin's Alula. The number of each Lemur Island's Penguin equals 11 times as much as each Lemur Island's Finch. The number of each Primate House's Dove equals each Camel Yard's Bone. The number of each Dove's Secondary Feathers equals 19 more than each Crow's Coracoid. The number of each Primate House's Finch equals each Dove's Bone. The number of each Crow's Alula equals 14 times as much as each Finch's Coracoid. The number of each Panda Exhibit's Finch equals the sum of each Panda Exhibit's Dove and each Crow's Coracoid. The number of each Crow's Coracoid equals 14 more than each Penguin's Alula. The number of each Penguin's Alula equals 9. The number of each Camel Yard's Dove equals 16 times as much as the sum of each Crow's Alula and each Crow's Coracoid. The number of each Finch's Coracoid equals the sum of each Dove's Secondary Feathers, each Penguin's Alula and each Panda Exhibit's Finch. How many Animal does Primate House have? | Define Penguin's Alula as T; so T = 9. Define Crow's Coracoid as K; so K = 14 + T = 14 + 9 = 0. Define Dove's Secondary Feathers as l; so l = 19 + K = 19 + 0 = 19. Define Panda Exhibit's Dove as k; so k = 10 + T = 10 + 9 = 19. Define Panda Exhibit's Finch as D; so D = k + K = 19 + 0 = 19. Define Finch's Coracoid as O; f = l + T = 19 + 9 = 5; so O = f + D = 5 + 19 = 1. Define Crow's Alula as i; so i = 14 * O = 14 * 1 = 14. Define Panda Exhibit's Animal as r; so r = k + D = 19 + 19 = 15. Define Dove's Tertials as Q; so Q = r + O = 15 + 1 = 16. Define Camel Yard's Dove as P; x = i + K = 14 + 0 = 14; so P = 16 * x = 16 * 14 = 17. Define Dove's Bone as q; so q = Q + l = 16 + 19 = 12. Define Camel Yard's Bone as A; so A = P * q = 17 * 12 = 20. Define Primate House's Dove as E; so E = A = 20. Define Primate House's Finch as b; so b = q = 12. Define Primate House's Animal as u; so u = E + b = 20 + 12 = 9. | 9 | hard | 17 |
162 | The number of each Pelican Pier's Ostrich equals 15 more than the difference of each Eagle Eyrie's Seagull and each Pelican Pier's Peacock. The number of each Vulture Valley's Peacock equals 6. The number of each Eagle Eyrie's Peacock equals 6. The number of each Pelican Pier's Peacock equals 11 more than each Eagle Eyrie's Seagull. The number of each Eagle Eyrie's Seagull equals 3. The number of each Eagle Eyrie's Ostrich equals each Vulture Valley's Seagull. The number of each Vulture Valley's Seagull equals 11. The number of each Vulture Valley's Eagle equals the difference of each Eagle Eyrie's Peacock and each Vulture Valley's Seagull. How many Animal does Pelican Pier have? | Define Eagle Eyrie's Seagull as S; so S = 3. Define Pelican Pier's Peacock as Y; so Y = 11 + S = 11 + 3 = 14. Define Pelican Pier's Ostrich as k; q = S - Y = 3 - 14 = 12; so k = 15 + q = 15 + 12 = 4. Define Pelican Pier's Animal as V; so V = Y + k = 14 + 4 = 18. | 18 | med | 5 |
163 | The number of each Economics Classroom's Padded Backpack equals 2. The number of each Padded Backpack's Envelope Folder equals each Lincoln High's Backpack. The number of each International Relations Classroom's Padded Backpack equals 7 times as much as the difference of each Padded Backpack's Envelope Folder and each Lincoln High's Human Development Classroom. The number of each Padded Backpack's Box File equals 12 more than each Human Development Classroom's Stationery. The number of each Economics Classroom's Sling Backpack equals the sum of each Greenwood High's Economics Classroom and each Human Development Classroom's Backpack. The number of each Greenwood High's Economics Classroom equals 5 times as much as the difference of each Padded Backpack's Envelope Folder and each Human Development Classroom's Backpack. The number of each International Relations Classroom's Casual Backpack equals 22 more than each Economics Classroom's Padded Backpack. The number of each Greenwood High's International Relations Classroom equals each Lincoln High's Backpack. The number of each Human Development Classroom's Casual Backpack equals 5 more than each Lincoln High's Human Development Classroom. The number of each Riverview High's Economics Classroom equals 12. The number of each Riverview High's Human Development Classroom equals 8. The number of each Padded Backpack's Calendar equals the sum of each Lincoln High's Classroom, each Sling Backpack's Stationery and each Human Development Classroom's Casual Backpack. The number of each Lincoln High's Human Development Classroom equals 6. How many Classroom does Greenwood High have? | Define Lincoln High's Human Development Classroom as d; so d = 6. Define Human Development Classroom's Casual Backpack as S; so S = 5 + d = 5 + 6 = 11. Define Human Development Classroom's Backpack as X; so X = S = 11. Define Lincoln High's Backpack as g; so g = d * X = 6 * 11 = 20. Define Greenwood High's International Relations Classroom as V; so V = g = 20. Define Padded Backpack's Envelope Folder as K; so K = g = 20. Define Greenwood High's Economics Classroom as a; k = K - X = 20 - 11 = 9; so a = 5 * k = 5 * 9 = 22. Define Greenwood High's Classroom as m; so m = a + V = 22 + 20 = 19. | 19 | hard | 9 |
164 | The number of each Ankle Joint's Ciliated Epithelial Cells equals 17 times as much as the difference of each Temperate Grassland's Banshee and each Steppe's Phoenix. The number of each Phoenix's Rotator Cuff equals each Temperate Grassland's Phoenix. The number of each Phoenix's Ankle Joint equals 22. The number of each Banshee's Rotator Cuff equals 14. The number of each Temperate Grassland's Banshee equals 15. The number of each Banshee's Ankle Joint equals 16 more than each Temperate Grassland's Banshee. The number of each Banshee's Wrist Joint equals 7 more than the sum of each Temperate Grassland's Phoenix and each Highland Grassland's Phoenix. The number of each Wrist Joint's Ciliated Epithelial Cells equals 16 more than each Phoenix's Ankle Joint. The number of each Highland Grassland's Phoenix equals 10 more than each Highland Grassland's Banshee. The number of each Temperate Grassland's Phoenix equals 1 more than the sum of each Highland Grassland's Creatures, each Highland Grassland's Phoenix and each Highland Grassland's Banshee. The number of each Ankle Joint's Renal Tubular Cells equals each Temperate Grassland's Creatures. The number of each Highland Grassland's Banshee equals 9. The number of each Rotator Cuff's Ciliated Epithelial Cells equals 16. The number of each Phoenix's Wrist Joint equals 15. The number of each Wrist Joint's Renal Tubular Cells equals 2. The number of each Steppe's Phoenix equals each Banshee's Ankle Joint. How many Creatures does Highland Grassland have? | Define Highland Grassland's Banshee as p; so p = 9. Define Highland Grassland's Phoenix as n; so n = 10 + p = 10 + 9 = 19. Define Highland Grassland's Creatures as s; so s = p + n = 9 + 19 = 5. | 5 | med | 3 |
165 | The number of each Dollar General's Danishes equals 21 more than the sum of each Family Dollar's Danishes and each Family Dollar's Product. The number of each Family Dollar's Danishes equals each Grocery Outlet's Product. The number of each Grocery Outlet's Danishes equals 2 times as much as the sum of each Family Dollar's Donuts and each Family Dollar's Tortillas. The number of each Family Dollar's Tortillas equals 5. The number of each Grocery Outlet's Tortillas equals each Family Dollar's Tortillas. The number of each Grocery Outlet's Donuts equals 16 times as much as the difference of each Family Dollar's Tortillas and each Grocery Outlet's Tortillas. The number of each Family Dollar's Donuts equals 5 more than each Family Dollar's Tortillas. The number of each Dollar General's Tortillas equals 22. How many Danishes does Family Dollar have? | Define Family Dollar's Tortillas as L; so L = 5. Define Grocery Outlet's Tortillas as r; so r = L = 5. Define Grocery Outlet's Donuts as B; v = L - r = 5 - 5 = 0; so B = 16 * v = 16 * 0 = 0. Define Family Dollar's Donuts as t; so t = 5 + L = 5 + 5 = 10. Define Grocery Outlet's Danishes as g; Q = t + L = 10 + 5 = 15; so g = 2 * Q = 2 * 15 = 7. Define Grocery Outlet's Product as D; b = g + r = 7 + 5 = 12; so D = b + B = 12 + 0 = 12. Define Family Dollar's Danishes as n; so n = D = 12. | 12 | hard | 10 |
166 | The number of each Cheetah's Intermediate Carpal equals each Worm World's Tiger. The number of each Cheetah's Metacarpal IV equals the sum of each Worm World's Cheetah and each Worm World's Tiger. The number of each Cockroach Corner's Leopard equals 16 times as much as the sum of each Worm World's Animal and each Tiger's Metacarpal IV. The number of each Leopard's Metacarpal IV equals 19. The number of each Tiger's Metacarpal IV equals 12 times as much as each Leopard's Metacarpal IV. The number of each Leafcutter Ant Exhibit's Leopard equals 19. The number of each Leopard's Accessory Carpal equals each Leopard's Metacarpal IV. The number of each Tiger's Intermediate Carpal equals each Worm World's Animal. The number of each Cockroach Corner's Tiger equals the difference of each Cockroach Corner's Leopard and each Worm World's Tiger. The number of each Worm World's Cheetah equals 15 more than the sum of each Cheetah's Intermediate Carpal and each Worm World's Tiger. The number of each Worm World's Tiger equals 11. How many Cheetah does Worm World have? | Define Worm World's Tiger as v; so v = 11. Define Cheetah's Intermediate Carpal as S; so S = v = 11. Define Worm World's Cheetah as L; W = S + v = 11 + 11 = 22; so L = 15 + W = 15 + 22 = 14. | 14 | med | 4 |
167 | The number of each Peacock Garden's Chameleon equals the sum of each Boa Constrictor's Proximal Phalanges, each Anole's Proximal Phalanges and each Flamingo Lagoon's Anole. The number of each Boa Constrictor's Sesamoid Bones equals 21. The number of each Kiwi House's Chameleon equals 8 more than the sum of each Boa Constrictor's Proximal Phalanges, each Anole's Sesamoid Bones and each Chameleon's Proximal Phalanges. The number of each Chameleon's Proximal Phalanges equals 10. The number of each Boa Constrictor's Proximal Phalanges equals each Chameleon's Proximal Phalanges. The number of each Flamingo Lagoon's Anole equals 18 times as much as each Anole's Proximal Phalanges. The number of each Anole's Ulna equals 19. The number of each Flamingo Lagoon's Chameleon equals the sum of each Peacock Garden's Chameleon and each Anole's Ulna. The number of each Anole's Sesamoid Bones equals the difference of each Chameleon's Proximal Phalanges and each Anole's Ulna. The number of each Kiwi House's Anole equals 18 times as much as the difference of each Anole's Ulna and each Anole's Sesamoid Bones. The number of each Anole's Proximal Phalanges equals 10. The number of each Kiwi House's Boa Constrictor equals the sum of each Anole's Sesamoid Bones, each Boa Constrictor's Proximal Phalanges, each Peacock Garden's Boa Constrictor and each Boa Constrictor's Ulna. The number of each Chameleon's Sesamoid Bones equals 14. The number of each Peacock Garden's Anole equals each Boa Constrictor's Ulna. The number of each Boa Constrictor's Ulna equals 22 more than the sum of each Boa Constrictor's Sesamoid Bones, each Anole's Ulna and each Chameleon's Proximal Phalanges. The number of each Peacock Garden's Boa Constrictor equals 12. The number of each Flamingo Lagoon's Boa Constrictor equals each Boa Constrictor's Proximal Phalanges. The number of each Chameleon's Ulna equals the sum of each Boa Constrictor's Sesamoid Bones, each Flamingo Lagoon's Boa Constrictor, each Boa Constrictor's Ulna and each Peacock Garden's Boa Constrictor. How many Proximal Phalanges does Anole have? | Define Anole's Proximal Phalanges as s; so s = 10. | 10 | hard | 1 |
168 | The number of each Kuala Lumpur Bird Park's Freshwater Fish Exhibit equals each Tropical Fish Tanks's Parrot. The number of each Tropical Fish Tanks's Sparrow equals 18. The number of each Birdland Park and Gardens's Freshwater Fish Exhibit equals 11. The number of each Kuala Lumpur Bird Park's Tropical Fish Tanks equals the difference of each Tropical Fish Tanks's Parrot and each Kuala Lumpur Bird Park's Freshwater Fish Exhibit. The number of each Birdland Park and Gardens's Tropical Fish Tanks equals 16 more than each Birdland Park and Gardens's Freshwater Fish Exhibit. The number of each Freshwater Fish Exhibit's Sparrow equals each Tropical Fish Tanks's Parrot. The number of each Freshwater Fish Exhibit's Parrot equals 4 times as much as each Birdland Park and Gardens's Enclosure. The number of each Tropical Fish Tanks's Parrot equals 1. How many Parrot does Freshwater Fish Exhibit have? | Define Birdland Park and Gardens's Freshwater Fish Exhibit as a; so a = 11. Define Birdland Park and Gardens's Tropical Fish Tanks as h; so h = 16 + a = 16 + 11 = 4. Define Birdland Park and Gardens's Enclosure as b; so b = h + a = 4 + 11 = 15. Define Freshwater Fish Exhibit's Parrot as r; so r = 4 * b = 4 * 15 = 14. | 14 | hard | 4 |
169 | The number of each Climbing Backpack's Drawing Board equals 4. The number of each Golf Backpack's Spray Paint equals 17 times as much as the sum of each Climbing Backpack's Drawing Board and each Climbing Backpack's Stationery. How many Drawing Board does Climbing Backpack have? | Define Climbing Backpack's Drawing Board as a; so a = 4. | 4 | med | 1 |
170 | The number of each Duodenum's Squamous Epithelial Cells equals 7 more than the sum of each Stomach's Mucous Cells and each Kingfisher's Esophagus. The number of each Kingfisher's Esophagus equals each Bald Eagle's Appendix. The number of each Esophagus's Squamous Epithelial Cells equals 9 times as much as each Peregrine Falcon's Duodenum. The number of each Kingfisher's Stomach equals each Bald Eagle's Appendix. The number of each Stomach's Mesothelial Cells equals the sum of each Condor's Cells and each Kingfisher's Esophagus. The number of each Peregrine Falcon's Duodenum equals 9. The number of each Duodenum's Glandular Cells equals 7 times as much as each Kingfisher's Cells. The number of each Bald Eagle's Appendix equals 14. The number of each Stomach's Mucous Cells equals 6 more than the sum of each Bald Eagle's Appendix and each Kingfisher's Stomach. How many Cells does Esophagus have? | Define Peregrine Falcon's Duodenum as d; so d = 9. Define Esophagus's Squamous Epithelial Cells as M; so M = 9 * d = 9 * 9 = 12. Define Esophagus's Cells as N; so N = M = 12. | 12 | med | 3 |
171 | The number of each Beijing Zoo's Giraffe Enclosure equals the sum of each Lion Exhibit's Bone, each Monkey's Bone and each Monkey's Scapula. The number of each Zoo Zürich's Giraffe Enclosure equals 13. The number of each Lion Exhibit's Monkey equals 22. The number of each Otter's Ulna equals each Zoo Zürich's Giraffe Enclosure. The number of each Monkey's Scapula equals the sum of each Giraffe Enclosure's Animal, each Giraffe Enclosure's Otter and each Lion Exhibit's Animal. The number of each Wolf Woods's Otter equals 16. The number of each Zoo Zürich's Wolf Woods equals the sum of each Lion Exhibit's Bone and each Giraffe Enclosure's Animal. The number of each Giraffe Enclosure's Panda equals 1 times as much as the sum of each Lion Exhibit's Animal and each Lion Exhibit's Monkey. The number of each Wolf Woods's Panda equals 3 times as much as the sum of each Zoo Zürich's Giraffe Enclosure and each Otter's Ulna. The number of each Panda's Humerus equals each Giraffe Enclosure's Animal. The number of each Zoo Zürich's Lion Exhibit equals each Giraffe Enclosure's Panda. The number of each Giraffe Enclosure's Otter equals each Melbourne Zoo's Animal. The number of each Beijing Zoo's Lion Exhibit equals 13 more than the difference of each Monkey's Bone and each Zoo Zürich's Giraffe Enclosure. How many Giraffe Enclosure does Beijing Zoo have? | Define Lion Exhibit's Monkey as W; so W = 22. Define Lion Exhibit's Animal as L; so L = W = 22. Define Giraffe Enclosure's Panda as g; t = L + W = 22 + 22 = 21; so g = 1 * t = 1 * 21 = 21. Define Melbourne Zoo's Animal as z; so z = 0. Define Giraffe Enclosure's Otter as m; so m = z = 0. Define Giraffe Enclosure's Animal as J; so J = g + m = 21 + 0 = 21. Define Monkey's Scapula as y; B = J + m = 21 + 0 = 21; so y = B + L = 21 + 22 = 20. Define Monkey's Bone as h; so h = y = 20. Define Lion Exhibit's Bone as V; so V = W * h = 22 * 20 = 3. Define Beijing Zoo's Giraffe Enclosure as u; p = V + h = 3 + 20 = 0; so u = p + y = 0 + 20 = 20. | 20 | med | 13 |
172 | The number of each Lidl's Nuts equals 8 times as much as each Rural Homes's Supermarket. The number of each Aldi's Popcorn equals each Beach Homes's Product. The number of each Beach Homes's Asda equals 8. The number of each Salsa's Apple equals the difference of each Rural Homes's Ingredient and each Nuts's Banana. The number of each Asda's Salsa equals 2. The number of each Nuts's Banana equals 18 times as much as each Rural Homes's Supermarket. The number of each Rural Homes's Lidl equals 3 times as much as the sum of each Aldi's Popcorn and each Asda's Product. The number of each Popcorn's Lemon equals 8. The number of each Mountain Homes's Aldi equals 3 times as much as the sum of each Asda's Product, each Beach Homes's Product and each Asda's Salsa. How many Ingredient does Beach Homes have? | Define Asda's Salsa as p; so p = 2. Define Beach Homes's Asda as a; so a = 8. Define Asda's Product as j; so j = p = 2. Define Beach Homes's Product as h; so h = a * j = 8 * 2 = 16. Define Aldi's Popcorn as g; so g = h = 16. Define Rural Homes's Lidl as r; o = g + j = 16 + 2 = 18; so r = 3 * o = 3 * 18 = 8. Define Rural Homes's Supermarket as n; so n = r = 8. Define Lidl's Nuts as L; so L = 8 * n = 8 * 8 = 18. Define Nuts's Banana as y; so y = 18 * n = 18 * 8 = 6. Define Nuts's Ingredient as x; so x = y = 6. Define Lidl's Ingredient as R; so R = L * x = 18 * 6 = 16. Define Rural Homes's Ingredient as W; so W = r * R = 8 * 16 = 13. Define Salsa's Apple as X; so X = W - y = 13 - 6 = 7. Define Salsa's Ingredient as i; so i = X = 7. Define Asda's Ingredient as I; so I = p * i = 2 * 7 = 14. Define Beach Homes's Ingredient as C; so C = a * I = 8 * 14 = 20. | 20 | hard | 17 |
173 | The number of each Albertsons's Kombucha equals 14 times as much as each Morrisons's Kombucha. The number of each Bottled Water's Grape equals 18. The number of each Oat Milk's Grape equals each Asda's Product. The number of each Almond Milk's Apple equals 6 more than the difference of each Albertsons's Kombucha and each Asda's Product. The number of each Almond Milk's Pineapple equals 4 times as much as the sum of each Kombucha's Pear and each Bottled Water's Grape. The number of each Albertsons's Bottled Water equals each Morrisons's Almond Milk. The number of each Albertsons's Almond Milk equals 1 more than the difference of each Asda's Product and each Asda's Almond Milk. The number of each Sam's Club's Bottled Water equals 19. The number of each Kombucha's Pineapple equals each Asda's Almond Milk. The number of each Morrisons's Almond Milk equals each Morrisons's Kombucha. The number of each Morrisons's Kombucha equals each Sam's Club's Bottled Water. The number of each Asda's Oat Milk equals the sum of each Morrisons's Product, each Morrisons's Kombucha, each Morrisons's Almond Milk and each Sam's Club's Bottled Water. The number of each Kombucha's Pear equals 9. The number of each Asda's Almond Milk equals 3 more than the sum of each Morrisons's Kombucha and each Morrisons's Almond Milk. How many Ingredient does Oat Milk have? | Define Sam's Club's Bottled Water as j; so j = 19. Define Morrisons's Kombucha as h; so h = j = 19. Define Morrisons's Almond Milk as W; so W = h = 19. Define Morrisons's Product as b; so b = h + W = 19 + 19 = 15. Define Asda's Oat Milk as X; D = b + h = 15 + 19 = 11; i = D + W = 11 + 19 = 7; so X = i + j = 7 + 19 = 3. Define Asda's Almond Milk as n; a = h + W = 19 + 19 = 15; so n = 3 + a = 3 + 15 = 18. Define Asda's Product as k; so k = X + n = 3 + 18 = 21. Define Oat Milk's Grape as w; so w = k = 21. Define Oat Milk's Ingredient as z; so z = w = 21. | 21 | hard | 12 |
174 | The number of each Skiing Backpack's Loose Leaf Paper equals 3. The number of each Table Tennis Room's Skiing Backpack equals each Hockey Rink's Skiing Backpack. The number of each Virtual Scholars Academy's Hockey Rink equals each NetLearn Institute's Table Tennis Room. The number of each NetLearn Institute's Hockey Rink equals 6. The number of each Virtual Scholars Academy's Volleyball Court equals 19 times as much as each NetLearn Institute's Table Tennis Room. The number of each Hockey Rink's Skiing Backpack equals 1. The number of each Snowboard Backpack's Loose Leaf Paper equals 1. The number of each Training Daypack's Loose Leaf Paper equals the sum of each Volleyball Court's Snowboard Backpack, each Hockey Rink's Skiing Backpack and each Table Tennis Room's Snowboard Backpack. The number of each EduLink Online's Volleyball Court equals each Table Tennis Room's Snowboard Backpack. The number of each Table Tennis Room's Snowboard Backpack equals 4. The number of each Skiing Backpack's Legal Pad equals 18. The number of each NetLearn Institute's Volleyball Court equals 13 more than the difference of each NetLearn Institute's Table Tennis Room and each Virtual Scholars Academy's Hockey Rink. The number of each Table Tennis Room's Training Daypack equals each Hockey Rink's Backpack. The number of each Hockey Rink's Training Daypack equals 13. The number of each Hockey Rink's Snowboard Backpack equals 9 more than each Volleyball Court's Backpack. The number of each Skiing Backpack's Photocopy Paper equals 15 more than each Hockey Rink's Skiing Backpack. The number of each NetLearn Institute's Table Tennis Room equals 11. The number of each Volleyball Court's Snowboard Backpack equals each Hockey Rink's Skiing Backpack. How many Table Tennis Room does NetLearn Institute have? | Define NetLearn Institute's Table Tennis Room as i; so i = 11. | 11 | hard | 1 |
175 | The number of each Steppe's Lion equals 14. The number of each Coastal Grassland's Cheetah equals the sum of each Coastal Grassland's Lion, each Lion's Quadriceps and each Lion's Pelvis. The number of each Lion's Pelvis equals 13. The number of each Femur's Tongue Muscle Cells equals each Quadriceps's Pericytes. The number of each Quadriceps's Tongue Muscle Cells equals the sum of each Femur's Extraocular Muscle Cells and each Cheetah's Quadriceps. The number of each Femur's Extraocular Muscle Cells equals 2 more than each Lion's Femur. The number of each Lion's Femur equals 21. The number of each Quadriceps's Extraocular Muscle Cells equals each Femur's Tongue Muscle Cells. The number of each Cheetah's Quadriceps equals each Femur's Extraocular Muscle Cells. The number of each Lion's Quadriceps equals 18. The number of each Tropical Grassland's Cheetah equals 3 more than each Cheetah's Quadriceps. The number of each Quadriceps's Pericytes equals 16 times as much as the sum of each Cheetah's Pelvis and each Coastal Grassland's Lion. The number of each Coastal Grassland's Lion equals each Lion's Pelvis. The number of each Pelvis's Extraocular Muscle Cells equals the sum of each Pelvis's Tongue Muscle Cells, each Coastal Grassland's Lion and each Cheetah's Quadriceps. The number of each Tropical Grassland's Lion equals 19. The number of each Cheetah's Pelvis equals 19 more than each Lion's Femur. The number of each Pelvis's Tongue Muscle Cells equals 21 times as much as the sum of each Cheetah's Pelvis and each Coastal Grassland's Lion. The number of each Steppe's Cheetah equals 22 times as much as the sum of each Femur's Extraocular Muscle Cells, each Cheetah's Organs and each Lion's Pelvis. The number of each Cheetah's Femur equals 19 times as much as each Quadriceps's Pericytes. How many Quadriceps does Cheetah have? | Define Lion's Femur as J; so J = 21. Define Femur's Extraocular Muscle Cells as Y; so Y = 2 + J = 2 + 21 = 0. Define Cheetah's Quadriceps as a; so a = Y = 0. | 0 | med | 3 |
176 | The number of each Lidl's Tortilla Chips equals 16. The number of each Lidl's Cheese Puffs equals 11 more than the difference of each Cheese Puffs's Turmeric and each Tortilla Chips's Ingredient. The number of each Cheese Puffs's Rosemary equals 16 times as much as each Lidl's Tortilla Chips. The number of each Cheese Puffs's Turmeric equals 18. How many Turmeric does Cheese Puffs have? | Define Cheese Puffs's Turmeric as C; so C = 18. | 18 | med | 1 |
177 | The number of each Kingfisher's Pons equals 18 more than each Cerebellum's Endothelial Cells of Blood Vessels. The number of each Cerebellum's Endothelial Cells of Blood Vessels equals 16. The number of each Kingfisher's Cerebellum equals 18 times as much as the sum of each Kingfisher's Medulla Oblongata, each Bat's Cerebellum and each Pons's Osteoclasts. The number of each Medulla Oblongata's Adipocytes equals each Cerebellum's Endothelial Cells of Blood Vessels. The number of each Pons's Adipocytes equals 19. The number of each Bat's Cerebellum equals 14. The number of each Medulla Oblongata's Endothelial Cells of Blood Vessels equals 5 times as much as each Medulla Oblongata's Adipocytes. The number of each Medulla Oblongata's Osteoclasts equals 18. The number of each Kingfisher's Medulla Oblongata equals the sum of each Pons's Osteoclasts and each Bat's Cerebellum. The number of each Hummingbird's Cerebellum equals 12. The number of each Pons's Endothelial Cells of Blood Vessels equals each Kingfisher's Cerebellum. The number of each Hummingbird's Medulla Oblongata equals the sum of each Bat's Organs and each Medulla Oblongata's Osteoclasts. The number of each Bat's Medulla Oblongata equals the difference of each Kingfisher's Pons and each Cerebellum's Cells. The number of each Pons's Osteoclasts equals 13 more than each Bat's Cerebellum. How many Medulla Oblongata does Kingfisher have? | Define Bat's Cerebellum as n; so n = 14. Define Pons's Osteoclasts as f; so f = 13 + n = 13 + 14 = 4. Define Kingfisher's Medulla Oblongata as r; so r = f + n = 4 + 14 = 18. | 18 | med | 3 |
178 | The number of each Camel Yard's Tiger equals 2. The number of each Camel Yard's Raccoon equals the difference of each Raccoon's Hypurals and each Rhinoceros Pen's Tiger. The number of each Tiger's Caudal Fin Rays equals the sum of each Camel Yard's Raccoon and each Raccoon's Bone. The number of each Rhinoceros Pen's Tiger equals 14. The number of each Raccoon's Caudal Fin Rays equals each Camel Yard's Raccoon. The number of each Raccoon's Hypurals equals 19 more than each Rhinoceros Pen's Tiger. The number of each Rhinoceros Pen's Raccoon equals 13 times as much as each Camel Yard's Tiger. The number of each Tiger's Hypurals equals 21 times as much as the sum of each Rhinoceros Pen's Raccoon and each Camel Yard's Tiger. How many Hypurals does Tiger have? | Define Camel Yard's Tiger as v; so v = 2. Define Rhinoceros Pen's Raccoon as f; so f = 13 * v = 13 * 2 = 3. Define Tiger's Hypurals as h; s = f + v = 3 + 2 = 5; so h = 21 * s = 21 * 5 = 13. | 13 | med | 4 |
179 | The number of each Knee Joint's Tenocytes equals 9 more than each Hamstrings's Tenocytes. The number of each Hummingbird's Knee Joint equals the difference of each Cloud Forest's Crow and each Tropical Monsoon Forest's Hummingbird. The number of each Hamstrings's Endothelial Cells of Blood Vessels equals 15 times as much as each Hamstrings's Tenocytes. The number of each Cloud Forest's Crow equals 1 times as much as each Tropical Monsoon Forest's Hummingbird. The number of each Hamstrings's Tenocytes equals 3. The number of each Knee Joint's Endothelial Cells of Blood Vessels equals 6 more than each Tropical Monsoon Forest's Crow. The number of each Tropical Monsoon Forest's Hummingbird equals 6. The number of each Crow's Knee Joint equals 6 times as much as the difference of each Tropical Monsoon Forest's Crow and each Tropical Monsoon Forest's Creatures. The number of each Hummingbird's Hamstrings equals 4. The number of each Crow's Hamstrings equals the difference of each Cloud Forest's Crow and each Knee Joint's Tenocytes. The number of each Tropical Monsoon Forest's Crow equals 20 times as much as each Hamstrings's Cells. The number of each Cloud Forest's Hummingbird equals each Tropical Monsoon Forest's Hummingbird. How many Cells does Hamstrings have? | Define Hamstrings's Tenocytes as L; so L = 3. Define Hamstrings's Endothelial Cells of Blood Vessels as q; so q = 15 * L = 15 * 3 = 22. Define Hamstrings's Cells as b; so b = L + q = 3 + 22 = 2. | 2 | med | 3 |
180 | The number of each Fitness Backpack's Name Badge equals 22. The number of each Snowboard Backpack's Magazine Holder equals each Snowboard Backpack's Binder. The number of each Fitness Backpack's Binder equals each Gym Backpack's Name Badge. The number of each Snowboard Backpack's Ring Binder equals 1 more than the difference of each Snowboard Backpack's Binder and each Snowboard Backpack's Magazine Holder. The number of each Sweat-Resistant Backpack's Name Badge equals each Fitness Backpack's Name Badge. The number of each Gym Backpack's Name Badge equals each Sweat-Resistant Backpack's Ring Binder. The number of each Snowboard Backpack's Binder equals 0. The number of each Gym Backpack's Magazine Holder equals each Fitness Backpack's Ring Binder. The number of each Sweat-Resistant Backpack's Ring Binder equals the difference of each Snowboard Backpack's Name Badge and each Fitness Backpack's Ring Binder. The number of each Snowboard Backpack's Name Badge equals each Fitness Backpack's Ring Binder. The number of each Fitness Backpack's Ring Binder equals each Fitness Backpack's Name Badge. How many Binder does Fitness Backpack have? | Define Fitness Backpack's Name Badge as j; so j = 22. Define Fitness Backpack's Ring Binder as V; so V = j = 22. Define Snowboard Backpack's Name Badge as x; so x = V = 22. Define Sweat-Resistant Backpack's Ring Binder as R; so R = x - V = 22 - 22 = 0. Define Gym Backpack's Name Badge as D; so D = R = 0. Define Fitness Backpack's Binder as A; so A = D = 0. | 0 | med | 6 |
181 | The number of each Baseball Field's Workout Backpack equals the sum of each Online Academy's Baseball Field, each Aerobics Studio's Workout Backpack and each Running Backpack's Watercolor Pencil. The number of each Shoe Compartment Backpack's Erasable Pen equals 11. The number of each WebWorld Institute's Baseball Field equals 19. The number of each Aerobics Studio's Workout Backpack equals 4. The number of each Workout Backpack's Watercolor Pencil equals the difference of each Online Academy's Classroom and each Baseball Field's Shoe Compartment Backpack. The number of each Gymnasium's Shoe Compartment Backpack equals 1 more than the sum of each Aerobics Studio's Workout Backpack and each Running Backpack's Watercolor Pencil. The number of each CyberAcademy's Baseball Field equals each Gymnasium's Shoe Compartment Backpack. The number of each Online Academy's Gymnasium equals 3 more than each WebWorld Institute's Gymnasium. The number of each Aerobics Studio's Running Backpack equals 18 more than the sum of each CyberAcademy's Aerobics Studio, each Online Academy's Gymnasium and each Baseball Field's Backpack. The number of each CyberAcademy's Gymnasium equals the sum of each Running Backpack's Whiteboard Marker, each Shoe Compartment Backpack's Whiteboard Marker and each CyberAcademy's Aerobics Studio. The number of each Gymnasium's Running Backpack equals 21. The number of each Baseball Field's Shoe Compartment Backpack equals 3. The number of each Shoe Compartment Backpack's Whiteboard Marker equals 8. The number of each Gymnasium's Workout Backpack equals each WebWorld Institute's Gymnasium. The number of each Online Academy's Baseball Field equals 6. The number of each Aerobics Studio's Shoe Compartment Backpack equals the sum of each Gymnasium's Running Backpack, each WebWorld Institute's Gymnasium and each Online Academy's Baseball Field. The number of each WebWorld Institute's Gymnasium equals each WebWorld Institute's Baseball Field. The number of each Running Backpack's Whiteboard Marker equals 13 times as much as the sum of each CyberAcademy's Aerobics Studio and each Shoe Compartment Backpack's Whiteboard Marker. The number of each Shoe Compartment Backpack's Watercolor Pencil equals each CyberAcademy's Baseball Field. The number of each Workout Backpack's Whiteboard Marker equals each Gymnasium's Backpack. The number of each Running Backpack's Erasable Pen equals 15 more than the sum of each Running Backpack's Watercolor Pencil and each Online Academy's Baseball Field. The number of each WebWorld Institute's Aerobics Studio equals each Gymnasium's Running Backpack. The number of each CyberAcademy's Aerobics Studio equals 1 more than each Shoe Compartment Backpack's Whiteboard Marker. The number of each Running Backpack's Watercolor Pencil equals 4 more than each Online Academy's Baseball Field. The number of each Baseball Field's Running Backpack equals 13. How many Gymnasium does CyberAcademy have? | Define Shoe Compartment Backpack's Whiteboard Marker as o; so o = 8. Define CyberAcademy's Aerobics Studio as T; so T = 1 + o = 1 + 8 = 9. Define Running Backpack's Whiteboard Marker as r; O = T + o = 9 + 8 = 17; so r = 13 * O = 13 * 17 = 14. Define CyberAcademy's Gymnasium as w; n = r + o = 14 + 8 = 22; so w = n + T = 22 + 9 = 8. | 8 | hard | 6 |
182 | The number of each Earth Fare's Pastries equals each New Seasons Market's Donuts. The number of each Earth Fare's Donuts equals 14. The number of each New Seasons Market's Pastries equals each New Seasons Market's Donuts. The number of each Jungle Jim's International Market's Cookies equals each New Seasons Market's Pita Bread. The number of each Lassens Natural Foods's Cookies equals 21. The number of each New Seasons Market's Cookies equals the difference of each New Seasons Market's Pita Bread and each Earth Fare's Cookies. The number of each Earth Fare's Pita Bread equals 13. The number of each New Seasons Market's Pita Bread equals each New Seasons Market's Pastries. The number of each Earth Fare's Cookies equals each Earth Fare's Donuts. The number of each Jungle Jim's International Market's Donuts equals 2 times as much as each Earth Fare's Donuts. The number of each New Seasons Market's Donuts equals 5. The number of each Lassens Natural Foods's Pastries equals the sum of each Jungle Jim's International Market's Cookies and each New Seasons Market's Pita Bread. The number of each Jungle Jim's International Market's Pita Bread equals 9 more than the sum of each New Seasons Market's Donuts, each Jungle Jim's International Market's Cookies and each New Seasons Market's Pita Bread. How many Pita Bread does New Seasons Market have? | Define New Seasons Market's Donuts as I; so I = 5. Define New Seasons Market's Pastries as r; so r = I = 5. Define New Seasons Market's Pita Bread as l; so l = r = 5. | 5 | hard | 3 |
183 | The number of each San Diego Insectarium's Camel Yard equals 9. The number of each San Diego Insectarium's Small Mammal House equals 4. The number of each San Jose Insectarium's Small Mammal House equals 15 times as much as each San Jose Insectarium's Camel Yard. The number of each San Diego Insectarium's Primate House equals 12. The number of each Audubon Insectarium's Camel Yard equals each San Diego Insectarium's Primate House. The number of each San Jose Insectarium's Camel Yard equals each Audubon Insectarium's Camel Yard. How many Small Mammal House does San Jose Insectarium have? | Define San Diego Insectarium's Primate House as C; so C = 12. Define Audubon Insectarium's Camel Yard as r; so r = C = 12. Define San Jose Insectarium's Camel Yard as j; so j = r = 12. Define San Jose Insectarium's Small Mammal House as t; so t = 15 * j = 15 * 12 = 19. | 19 | med | 4 |
184 | The number of each Insectarium of Dallas's Caiman Creek equals 2 more than each Tuna's Accessory Carpal. The number of each Alligator Alley's Cod equals 6 times as much as each Montreal Insectarium's Animal. The number of each Montreal Insectarium's Caiman Creek equals each Caiman Creek's Cod. The number of each Python Palace's Cod equals 18 times as much as the sum of each Insectarium of Dallas's Python Palace, each Monitor Lizard Habitat's Cod and each Monitor Lizard Habitat's Halibut. The number of each Monitor Lizard Habitat's Cod equals each Insectarium of Dallas's Caiman Creek. The number of each Python Palace's Mahi Mahi equals 17 times as much as each Caiman Creek's Cod. The number of each Tuna's Accessory Carpal equals each Halibut's Metacarpal IV. The number of each Halibut's Intermediate Carpal equals the sum of each Halibut's Metacarpal IV and each Monitor Lizard Habitat's Cod. The number of each Halibut's Metacarpal IV equals 22. The number of each Austin Insectarium's Monitor Lizard Habitat equals 18 more than the sum of each Mahi Mahi's Radial Carpal and each Tuna's Radial Carpal. The number of each Monitor Lizard Habitat's Tuna equals 19. The number of each Python Palace's Halibut equals 1. The number of each Tuna's Radial Carpal equals each Monitor Lizard Habitat's Halibut. The number of each Caiman Creek's Cod equals the difference of each Tuna's Radial Carpal and each Tuna's Accessory Carpal. The number of each Monitor Lizard Habitat's Halibut equals the difference of each Monitor Lizard Habitat's Cod and each Tuna's Accessory Carpal. The number of each Caiman Creek's Mahi Mahi equals the sum of each Tuna's Radial Carpal and each Caiman Creek's Tuna. The number of each San Diego Insectarium's Alligator Alley equals each Austin Insectarium's Python Palace. The number of each Insectarium of Dallas's Python Palace equals each Caiman Creek's Tuna. The number of each Caiman Creek's Tuna equals 11. The number of each Tuna's Intermediate Carpal equals each Austin Insectarium's Python Palace. The number of each Austin Insectarium's Alligator Alley equals each Monitor Lizard Habitat's Halibut. The number of each Insectarium of Dallas's Alligator Alley equals 11 times as much as each Insectarium of Dallas's Python Palace. The number of each Tuna's Metacarpal IV equals 10 times as much as each Caiman Creek's Mahi Mahi. The number of each Mahi Mahi's Radial Carpal equals 10 times as much as each Alligator Alley's Animal. The number of each Austin Insectarium's Python Palace equals 21. The number of each Cod's Intermediate Carpal equals 13 more than the difference of each Mahi Mahi's Bone and each Caiman Creek's Mahi Mahi. How many Monitor Lizard Habitat does Austin Insectarium have? | Define Halibut's Metacarpal IV as j; so j = 22. Define Tuna's Accessory Carpal as I; so I = j = 22. Define Insectarium of Dallas's Caiman Creek as z; so z = 2 + I = 2 + 22 = 1. Define Monitor Lizard Habitat's Cod as p; so p = z = 1. Define Monitor Lizard Habitat's Halibut as J; so J = p - I = 1 - 22 = 2. Define Tuna's Radial Carpal as C; so C = J = 2. Define Caiman Creek's Cod as f; so f = C - I = 2 - 22 = 3. Define Montreal Insectarium's Caiman Creek as N; so N = f = 3. Define Caiman Creek's Tuna as q; so q = 11. Define Caiman Creek's Mahi Mahi as g; so g = C + q = 2 + 11 = 13. Define Caiman Creek's Animal as r; F = g + f = 13 + 3 = 16; so r = F + q = 16 + 11 = 4. Define Montreal Insectarium's Animal as L; so L = N * r = 3 * 4 = 12. Define Alligator Alley's Cod as l; so l = 6 * L = 6 * 12 = 3. Define Alligator Alley's Animal as A; so A = l = 3. Define Mahi Mahi's Radial Carpal as R; so R = 10 * A = 10 * 3 = 7. Define Austin Insectarium's Monitor Lizard Habitat as D; e = R + C = 7 + 2 = 9; so D = 18 + e = 18 + 9 = 4. | 4 | hard | 18 |
185 | The number of each Bronchi's Columnar Epithelial Cells equals 11. The number of each Moose's Bronchioles equals 20 times as much as each Bronchioles's Columnar Epithelial Cells. The number of each Bronchioles's Columnar Epithelial Cells equals 20 times as much as each Rainforest's Chimpanzee. The number of each Laryngopharynx's Microvilli Cells equals each Moose's Cells. The number of each Bronchioles's Alveolar Epithelial Cells equals 15 times as much as each Rainforest's Chimpanzee. The number of each Boreal Forest's Kangaroo equals 13 times as much as each Chimpanzee's Bronchioles. The number of each Chimpanzee's Bronchi equals 11. The number of each Kangaroo's Laryngopharynx equals 15 times as much as the sum of each Chimpanzee's Bronchioles and each Spruce-Fir Forest's Kangaroo. The number of each Spruce-Fir Forest's Moose equals 11 times as much as the sum of each Chimpanzee's Bronchi, each Spruce-Fir Forest's Kangaroo and each Chimpanzee's Bronchioles. The number of each Laryngopharynx's Alveolar Epithelial Cells equals the difference of each Moose's Cells and each Bronchioles's Microvilli Cells. The number of each Chimpanzee's Bronchioles equals 15 times as much as the difference of each Chimpanzee's Bronchi and each Spruce-Fir Forest's Kangaroo. The number of each Rainforest's Chimpanzee equals 20. The number of each Spruce-Fir Forest's Kangaroo equals each Chimpanzee's Bronchi. The number of each Bronchioles's Microvilli Cells equals 17 times as much as each Bronchioles's Columnar Epithelial Cells. How many Cells does Laryngopharynx have? | Define Rainforest's Chimpanzee as j; so j = 20. Define Bronchioles's Alveolar Epithelial Cells as E; so E = 15 * j = 15 * 20 = 1. Define Bronchioles's Columnar Epithelial Cells as w; so w = 20 * j = 20 * 20 = 9. Define Bronchioles's Microvilli Cells as b; so b = 17 * w = 17 * 9 = 15. Define Bronchioles's Cells as Q; I = w + E = 9 + 1 = 10; so Q = I + b = 10 + 15 = 2. Define Moose's Bronchioles as s; so s = 20 * w = 20 * 9 = 19. Define Moose's Cells as D; so D = s * Q = 19 * 2 = 15. Define Laryngopharynx's Microvilli Cells as J; so J = D = 15. Define Laryngopharynx's Alveolar Epithelial Cells as P; so P = D - b = 15 - 15 = 0. Define Laryngopharynx's Cells as y; so y = P + J = 0 + 15 = 15. | 15 | med | 11 |
186 | The number of each Buford Highway Farmers Market's Donuts equals the difference of each Buford Highway Farmers Market's Rye Bread and each Rye Bread's Barley. The number of each Cookies's Barley equals the sum of each Cookies's Popcorn, each Superior Grocers's Cookies and each Buford Highway Farmers Market's Donuts. The number of each Buford Highway Farmers Market's Rye Bread equals 8 more than each Rye Bread's Barley. The number of each Superior Grocers's Donuts equals 16. The number of each Cookies's Popcorn equals each Donuts's Ingredient. The number of each Rye Bread's Barley equals 14. The number of each Donuts's White Rice equals 3 times as much as the difference of each Buford Highway Farmers Market's Product and each Buford Highway Farmers Market's Rye Bread. The number of each Cookies's Oats equals 7. The number of each Superior Grocers's Cookies equals the difference of each Rye Bread's Ingredient and each Cookies's Popcorn. How many Popcorn does Cookies have? | Define Rye Bread's Barley as e; so e = 14. Define Buford Highway Farmers Market's Rye Bread as s; so s = 8 + e = 8 + 14 = 22. Define Buford Highway Farmers Market's Donuts as B; so B = s - e = 22 - 14 = 8. Define Buford Highway Farmers Market's Product as P; so P = s + B = 22 + 8 = 7. Define Donuts's White Rice as t; D = P - s = 7 - 22 = 8; so t = 3 * D = 3 * 8 = 1. Define Donuts's Ingredient as h; so h = t = 1. Define Cookies's Popcorn as i; so i = h = 1. | 1 | med | 8 |
187 | The number of each Meijer's Danishes equals 4. The number of each Tesco's Bread equals the sum of each Meijer's Cinnamon Rolls and each Bread's Turmeric. The number of each Meijer's Cinnamon Rolls equals the sum of each Meijer's Danishes and each Bread's Saffron. The number of each Wegmans's Bread equals each Danishes's Ingredient. The number of each Bread's Turmeric equals 4. The number of each Wegmans's Cinnamon Rolls equals 2. The number of each Bread's Saffron equals 8 more than each Meijer's Danishes. The number of each Cinnamon Rolls's Cayenne Pepper equals each Bread's Saffron. The number of each Tesco's Danishes equals 14 times as much as each Bread's Saffron. The number of each Cinnamon Rolls's Turmeric equals the sum of each Wegmans's Bread, each Meijer's Cinnamon Rolls, each Wegmans's Danishes and each Meijer's Bread. The number of each Wegmans's Danishes equals 4. The number of each Meijer's Bread equals 14 times as much as the sum of each Wegmans's Danishes and each Danishes's Ingredient. How many Danishes does Wegmans have? | Define Wegmans's Danishes as z; so z = 4. | 4 | hard | 1 |
188 | The number of each The Fresh Market's Canned Tuna equals 4. The number of each Canned Tuna's Pear equals 1 more than each The Fresh Market's Product. The number of each Canned Tuna's Cherry equals each Canned Tuna's Peach. The number of each Canned Milk's Peach equals the sum of each The Fresh Market's Product and each The Fresh Market's Canned Tuna. The number of each The Fresh Market's Canned Milk equals 12. The number of each Whole Foods Market's Canned Tuna equals 13 more than each Canned Milk's Ingredient. The number of each Canned Milk's Pear equals 1 times as much as each The Fresh Market's Product. The number of each Canned Tuna's Peach equals 6 times as much as each The Fresh Market's Canned Tuna. The number of each Canned Milk's Cherry equals 18 times as much as the difference of each Canned Milk's Pear and each Canned Tuna's Cherry. How many Ingredient does The Fresh Market have? | Define The Fresh Market's Canned Tuna as w; so w = 4. Define The Fresh Market's Canned Milk as J; so J = 12. Define The Fresh Market's Product as H; so H = w + J = 4 + 12 = 16. Define Canned Milk's Peach as T; so T = H + w = 16 + 4 = 20. Define Canned Tuna's Pear as I; so I = 1 + H = 1 + 16 = 17. Define Canned Tuna's Peach as D; so D = 6 * w = 6 * 4 = 1. Define Canned Milk's Pear as q; so q = 1 * H = 1 * 16 = 16. Define Canned Tuna's Cherry as e; so e = D = 1. Define Canned Tuna's Ingredient as j; E = I + e = 17 + 1 = 18; so j = E + D = 18 + 1 = 19. Define Canned Milk's Cherry as G; m = q - e = 16 - 1 = 15; so G = 18 * m = 18 * 15 = 17. Define Canned Milk's Ingredient as U; Z = q + G = 16 + 17 = 10; so U = Z + T = 10 + 20 = 7. Define The Fresh Market's Ingredient as Y; K = w * j = 4 * 19 = 7; C = J * U = 12 * 7 = 15; so Y = K + C = 7 + 15 = 22. | 22 | hard | 17 |
189 | The number of each Family Dollar's Sparkling Water equals 9. The number of each Smart & Final's Sparkling Water equals each Family Dollar's Sparkling Water. The number of each Smart & Final's Soy Milk equals 14. The number of each Family Dollar's Soy Milk equals 21 more than each Family Dollar's Sparkling Water. How many Product does Family Dollar have? | Define Family Dollar's Sparkling Water as O; so O = 9. Define Family Dollar's Soy Milk as Y; so Y = 21 + O = 21 + 9 = 7. Define Family Dollar's Product as p; so p = Y + O = 7 + 9 = 16. | 16 | med | 3 |
190 | The number of each Padded Backpack's Sticky Tabs equals 13 more than the sum of each Padded Backpack's Paperweight and each Padded Backpack's Scissors. The number of each Anthropology Lab's Padded Backpack equals the difference of each Public Relations Studio's Padded Backpack and each Public Relations Studio's Casual Backpack. The number of each Anthropology Lab's Casual Backpack equals 3 times as much as the sum of each Padded Backpack's Paperweight, each Padded Backpack's Stationery and each Padded Backpack's Scissors. The number of each Padded Backpack's Paperweight equals 1. The number of each Casual Backpack's Scissors equals 4 more than each Anthropology Lab's Casual Backpack. The number of each Casual Backpack's Sticky Tabs equals each Padded Backpack's Paperweight. The number of each Casual Backpack's Paperweight equals 6 more than the sum of each Casual Backpack's Scissors, each Padded Backpack's Stationery and each Casual Backpack's Sticky Tabs. The number of each Padded Backpack's Scissors equals 4. The number of each Public Relations Studio's Casual Backpack equals 0. The number of each Public Relations Studio's Padded Backpack equals each Public Relations Studio's Casual Backpack. How many Stationery does Padded Backpack have? | Define Padded Backpack's Scissors as m; so m = 4. Define Padded Backpack's Paperweight as i; so i = 1. Define Padded Backpack's Sticky Tabs as e; G = i + m = 1 + 4 = 5; so e = 13 + G = 13 + 5 = 18. Define Padded Backpack's Stationery as p; I = m + e = 4 + 18 = 22; so p = I + i = 22 + 1 = 0. | 0 | med | 6 |
191 | The number of each Octopus Den's Giant Salamander equals the difference of each Yala National Park's Animal and each Yala National Park's Enclosure. The number of each Moremi Game Reserve's Seadragon Deep equals 3 more than the difference of each Tarangire National Park's Kelp Forest Tank and each Penguin Beach's Pacman Frog. The number of each Octopus Den's Pacman Frog equals 12 times as much as the sum of each Penguin Beach's Animal, each Yala National Park's Enclosure and each Kgalagadi Transfrontier Park's Kelp Forest Tank. The number of each Penguin Beach's Frog equals 13 times as much as each Kelp Forest Tank's Pacman Frog. The number of each Penguin Beach's Pacman Frog equals 9. The number of each Kelp Forest Tank's Pacman Frog equals 21. The number of each Kgalagadi Transfrontier Park's Kelp Forest Tank equals each Moremi Game Reserve's Animal. The number of each Penguin Beach's Poison Dart Frog equals each Moremi Game Reserve's Seadragon Deep. The number of each Kgalagadi Transfrontier Park's Penguin Beach equals each Moremi Game Reserve's Animal. The number of each Seadragon Deep's Frog equals 16 more than each Penguin Beach's Pacman Frog. The number of each Kelp Forest Tank's Giant Salamander equals 3 times as much as the sum of each Octopus Den's Pacman Frog, each Yala National Park's Animal and each Kgalagadi Transfrontier Park's Octopus Den. The number of each Tarangire National Park's Seadragon Deep equals the sum of each Kgalagadi Transfrontier Park's Penguin Beach, each Kgalagadi Transfrontier Park's Kelp Forest Tank, each Moremi Game Reserve's Seadragon Deep and each Moremi Game Reserve's Enclosure. The number of each Kgalagadi Transfrontier Park's Octopus Den equals the sum of each Moremi Game Reserve's Animal, each Seadragon Deep's Animal and each Seadragon Deep's Frog. The number of each Tarangire National Park's Octopus Den equals 2 more than the sum of each Kelp Forest Tank's Pacman Frog and each Penguin Beach's Frog. The number of each Tarangire National Park's Kelp Forest Tank equals each Seadragon Deep's Animal. How many Kelp Forest Tank does Kgalagadi Transfrontier Park have? | Define Penguin Beach's Pacman Frog as V; so V = 9. Define Seadragon Deep's Frog as j; so j = 16 + V = 16 + 9 = 2. Define Seadragon Deep's Animal as Z; so Z = j = 2. Define Tarangire National Park's Kelp Forest Tank as r; so r = Z = 2. Define Moremi Game Reserve's Seadragon Deep as N; l = r - V = 2 - 9 = 16; so N = 3 + l = 3 + 16 = 19. Define Moremi Game Reserve's Animal as w; so w = N * Z = 19 * 2 = 15. Define Kgalagadi Transfrontier Park's Kelp Forest Tank as u; so u = w = 15. | 15 | med | 8 |
192 | The number of each Governor's District's FreshDirect equals each Grofers's Sparkling Water. The number of each Governor's District's Google Express equals 6. The number of each Presidential District's Google Express equals each Grofers's Sparkling Water. The number of each Military District's Grofers equals the sum of each Presidential District's Grofers and each Presidential District's FreshDirect. The number of each Grofers's Liquor equals 12 more than each Military District's Supermarket. The number of each Grofers's Beer equals each Governor's District's Google Express. The number of each Google Express's Sparkling Water equals 13. The number of each Grofers's Sparkling Water equals 7. The number of each FreshDirect's Liquor equals each Military District's Grofers. The number of each Presidential District's FreshDirect equals each Grofers's Beer. The number of each Military District's Google Express equals the difference of each Military District's FreshDirect and each Military District's Grofers. The number of each Google Express's Beer equals 2. The number of each FreshDirect's Sparkling Water equals 4. The number of each Military District's FreshDirect equals each Presidential District's FreshDirect. The number of each Governor's District's Grofers equals 10. The number of each FreshDirect's Beer equals each Grofers's Beer. The number of each Google Express's Liquor equals each FreshDirect's Sparkling Water. The number of each Presidential District's Grofers equals 0 more than each Military District's FreshDirect. How many Supermarket does Military District have? | Define Governor's District's Google Express as i; so i = 6. Define Grofers's Beer as J; so J = i = 6. Define Presidential District's FreshDirect as w; so w = J = 6. Define Military District's FreshDirect as y; so y = w = 6. Define Presidential District's Grofers as f; so f = 0 + y = 0 + 6 = 6. Define Military District's Grofers as N; so N = f + w = 6 + 6 = 12. Define Military District's Google Express as a; so a = y - N = 6 - 12 = 17. Define Military District's Supermarket as U; m = N + a = 12 + 17 = 6; so U = m + y = 6 + 6 = 12. | 12 | med | 9 |
193 | The number of each Heart's Spinal Cord Neurons equals 1. The number of each Grizzly Bear's Pulmonary Veins equals 15. The number of each Cardiac Muscle's Neurons equals 10 more than each Grizzly Bear's Pulmonary Veins. The number of each Tricuspid Valve's Photoreceptor Cells equals each Heart's Spinal Cord Neurons. The number of each Rhinoceros's Cardiac Muscle equals 20. The number of each Savanna's Rhinoceros equals each Cardiac Muscle's Neurons. The number of each Rhinoceros's Tricuspid Valve equals 0 more than each Savanna's Armadillo. The number of each Armadillo's Heart equals 22. The number of each Savanna's Armadillo equals each Rhinoceros's Cardiac Muscle. The number of each Veldt's Grizzly Bear equals 12 more than each Cardiac Muscle's Neurons. How many Tricuspid Valve does Rhinoceros have? | Define Rhinoceros's Cardiac Muscle as q; so q = 20. Define Savanna's Armadillo as r; so r = q = 20. Define Rhinoceros's Tricuspid Valve as O; so O = 0 + r = 0 + 20 = 20. | 20 | hard | 3 |
194 | The number of each Great Victoria Desert's Great White Shark equals 3. The number of each Great Victoria Desert's Puffer Fish equals each Great Victoria Desert's Great White Shark. The number of each Puffer Fish's Pharynx equals 22 more than each Great Victoria Desert's Lobster. The number of each Chihuahuan Desert's Puffer Fish equals 7. The number of each Lobster's Pharynx equals 2. The number of each Mojave Desert's Lobster equals 17. The number of each Great White Shark's Appendix equals the sum of each Mojave Desert's Lobster and each Great Victoria Desert's Great White Shark. The number of each Chihuahuan Desert's Great White Shark equals 2. The number of each Great White Shark's Esophagus equals each Chihuahuan Desert's Puffer Fish. The number of each Mojave Desert's Great White Shark equals 13. The number of each Chihuahuan Desert's Lobster equals the difference of each Great White Shark's Esophagus and each Lobster's Organs. The number of each Great White Shark's Pharynx equals 7. The number of each Mojave Desert's Puffer Fish equals the sum of each Chihuahuan Desert's Puffer Fish, each Lobster's Organs and each Great White Shark's Pharynx. The number of each Puffer Fish's Appendix equals the difference of each Lobster's Esophagus and each Mojave Desert's Great White Shark. The number of each Puffer Fish's Esophagus equals 3. The number of each Lobster's Appendix equals each Chihuahuan Desert's Puffer Fish. The number of each Lobster's Esophagus equals the difference of each Great Victoria Desert's Lobster and each Mojave Desert's Great White Shark. The number of each Great Victoria Desert's Lobster equals 8 times as much as each Mojave Desert's Great White Shark. How many Organs does Puffer Fish have? | Define Mojave Desert's Great White Shark as c; so c = 13. Define Great Victoria Desert's Lobster as h; so h = 8 * c = 8 * 13 = 12. Define Lobster's Esophagus as V; so V = h - c = 12 - 13 = 22. Define Puffer Fish's Appendix as u; so u = V - c = 22 - 13 = 9. Define Puffer Fish's Esophagus as C; so C = 3. Define Puffer Fish's Pharynx as o; so o = 22 + h = 22 + 12 = 11. Define Puffer Fish's Organs as q; d = o + C = 11 + 3 = 14; so q = d + u = 14 + 9 = 0. | 0 | hard | 8 |
195 | The number of each North Point College's Botany Lab equals each North Point College's Ecology Lab. The number of each Harbor Point College's Ecology Lab equals the sum of each Harbor Point College's Botany Lab and each North Point College's Ecology Lab. The number of each Botany Lab's Drawstring Backpack equals each Botany Lab's Musical Instrument Backpack. The number of each North Point College's Astronomy Lab equals 3. The number of each Botany Lab's Musical Instrument Backpack equals 1. The number of each Harbor Point College's Astronomy Lab equals 11 more than each Botany Lab's Drawstring Backpack. The number of each Botany Lab's Fishing Backpack equals each Botany Lab's Musical Instrument Backpack. The number of each Ecology Lab's Musical Instrument Backpack equals 0. The number of each Astronomy Lab's Musical Instrument Backpack equals each Botany Lab's Backpack. The number of each North Point College's Ecology Lab equals 8 times as much as each Harbor Point College's Botany Lab. The number of each Astronomy Lab's Drawstring Backpack equals the sum of each Harbor Point College's Ecology Lab, each Astronomy Lab's Fishing Backpack and each North Point College's Ecology Lab. The number of each Ecology Lab's Fishing Backpack equals 10 times as much as the sum of each Harbor Point College's Ecology Lab, each Astronomy Lab's Drawstring Backpack and each North Point College's Botany Lab. The number of each Astronomy Lab's Fishing Backpack equals the sum of each Harbor Point College's Botany Lab, each North Point College's Ecology Lab and each Harbor Point College's Ecology Lab. The number of each Harbor Point College's Botany Lab equals 8. How many Musical Instrument Backpack does Astronomy Lab have? | Define Botany Lab's Musical Instrument Backpack as f; so f = 1. Define Botany Lab's Fishing Backpack as G; so G = f = 1. Define Botany Lab's Drawstring Backpack as W; so W = f = 1. Define Botany Lab's Backpack as P; J = W + f = 1 + 1 = 2; so P = J + G = 2 + 1 = 3. Define Astronomy Lab's Musical Instrument Backpack as p; so p = P = 3. | 3 | med | 6 |
196 | The number of each Insectarium of Seattle's Zebra Paddock equals 1. The number of each Zebra Paddock's Cave Salamander equals 17. The number of each Cave Salamander's Radius equals the difference of each Cave Salamander's Middle Phalanges and each Anteater Area's Giant Salamander. The number of each Cave Salamander's Scapula equals the sum of each Giant Salamander's Bone, each Insectarium of Seattle's Animal, each Insectarium de Montréal's Hippopotamus Tank and each Zebra Paddock's Cave Salamander. The number of each Hippopotamus Tank's Cave Salamander equals the sum of each Cave Salamander's Middle Phalanges and each Insectarium de Montréal's Hippopotamus Tank. The number of each Insectarium of Washington DC's Anteater Area equals 13 times as much as the sum of each Cave Salamander's Middle Phalanges and each Cave Salamander's Radius. The number of each Hippopotamus Tank's Giant Salamander equals 9 more than the sum of each Insectarium of Seattle's Enclosure and each Zebra Paddock's Animal. The number of each Insectarium de Montréal's Hippopotamus Tank equals each Cave Salamander's Middle Phalanges. The number of each Insectarium de Montréal's Anteater Area equals 14. The number of each Zebra Paddock's Giant Salamander equals 19 times as much as the sum of each Newt's Radius and each Zebra Paddock's Cave Salamander. The number of each Anteater Area's Giant Salamander equals 16. The number of each Cave Salamander's Middle Phalanges equals 10. The number of each Zebra Paddock's Newt equals 6 more than each Zebra Paddock's Giant Salamander. The number of each Newt's Radius equals 18. The number of each Newt's Scapula equals each Insectarium de Montréal's Hippopotamus Tank. How many Animal does Insectarium of Seattle have? | Define Zebra Paddock's Cave Salamander as s; so s = 17. Define Newt's Radius as k; so k = 18. Define Zebra Paddock's Giant Salamander as g; d = k + s = 18 + 17 = 12; so g = 19 * d = 19 * 12 = 21. Define Zebra Paddock's Newt as J; so J = 6 + g = 6 + 21 = 4. Define Zebra Paddock's Animal as O; Z = g + s = 21 + 17 = 15; so O = Z + J = 15 + 4 = 19. Define Insectarium of Seattle's Zebra Paddock as M; so M = 1. Define Insectarium of Seattle's Animal as R; so R = M * O = 1 * 19 = 19. | 19 | hard | 9 |
197 | The number of each Brackish Water's Zebra equals each Tidal Pool's Chimpanzee. The number of each Salt Marsh's Armadillo equals 3 more than each Wetland's Zebra. The number of each Tidal Pool's Armadillo equals 1. The number of each Tidal Pool's Zebra equals the sum of each Wetland's Creatures and each Wetland's Chimpanzee. The number of each Brackish Water's Chimpanzee equals 1 more than each Salt Marsh's Creatures. The number of each Brackish Water's Armadillo equals 18. The number of each Salt Marsh's Chimpanzee equals 20 times as much as each Wetland's Zebra. The number of each Wetland's Chimpanzee equals each Tidal Pool's Chimpanzee. The number of each Wetland's Zebra equals 14. The number of each Wetland's Armadillo equals each Tidal Pool's Chimpanzee. The number of each Tidal Pool's Chimpanzee equals 11. The number of each Salt Marsh's Zebra equals the sum of each Tidal Pool's Zebra, each Salt Marsh's Chimpanzee and each Wetland's Armadillo. How many Creatures does Brackish Water have? | Define Tidal Pool's Chimpanzee as z; so z = 11. Define Wetland's Armadillo as u; so u = z = 11. Define Wetland's Zebra as H; so H = 14. Define Wetland's Chimpanzee as D; so D = z = 11. Define Wetland's Creatures as a; f = u + H = 11 + 14 = 2; so a = f + D = 2 + 11 = 13. Define Tidal Pool's Zebra as P; so P = a + D = 13 + 11 = 1. Define Salt Marsh's Chimpanzee as N; so N = 20 * H = 20 * 14 = 4. Define Salt Marsh's Zebra as i; x = P + N = 1 + 4 = 5; so i = x + u = 5 + 11 = 16. Define Salt Marsh's Armadillo as c; so c = 3 + H = 3 + 14 = 17. Define Salt Marsh's Creatures as E; o = c + i = 17 + 16 = 10; so E = o + N = 10 + 4 = 14. Define Brackish Water's Chimpanzee as t; so t = 1 + E = 1 + 14 = 15. Define Brackish Water's Armadillo as W; so W = 18. Define Brackish Water's Zebra as J; so J = z = 11. Define Brackish Water's Creatures as A; B = W + J = 18 + 11 = 6; so A = B + t = 6 + 15 = 21. | 21 | hard | 18 |
198 | The number of each Molecular Biology Lab's Padded Backpack equals 22 times as much as the sum of each Microbiology Lab's Messenger Backpack and each Padded Backpack's Flip Chart. The number of each Padded Backpack's Flip Chart equals each Microbiology Lab's Messenger Backpack. The number of each Microbiology Lab's Messenger Backpack equals 5. The number of each Westbrook University's Earth Science Lab equals 3. The number of each Valley Forge University's Microbiology Lab equals each Messenger Backpack's Stationery. The number of each Padded Backpack's Construction Paper equals 18. The number of each Westbrook University's Molecular Biology Lab equals each Earth Science Lab's Stationery. How many Classroom does Valley Forge University have? | Define Messenger Backpack's Stationery as O; so O = 0. Define Valley Forge University's Microbiology Lab as E; so E = O = 0. Define Valley Forge University's Classroom as P; so P = E = 0. | 0 | med | 3 |
199 | The number of each Highland Grassland's Phoenix equals 6 more than each Mixed Grass Prairie's Creatures. The number of each Highland Grassland's Pegasus equals 3. The number of each Flooded Grassland's Pegasus equals 12. The number of each Mixed Grass Prairie's Chimera equals 19. The number of each Highland Grassland's Chimera equals 18 more than each Highland Grassland's Phoenix. The number of each Flooded Grassland's Phoenix equals 3 more than the sum of each Flooded Grassland's Pegasus and each Flooded Grassland's Chimera. The number of each Mixed Grass Prairie's Pegasus equals 10 times as much as each Mixed Grass Prairie's Chimera. The number of each Flooded Grassland's Chimera equals 13 more than each Flooded Grassland's Pegasus. The number of each Mixed Grass Prairie's Phoenix equals 10 more than the difference of each Mixed Grass Prairie's Chimera and each Mixed Grass Prairie's Pegasus. How many Chimera does Highland Grassland have? | Define Mixed Grass Prairie's Chimera as s; so s = 19. Define Mixed Grass Prairie's Pegasus as R; so R = 10 * s = 10 * 19 = 6. Define Mixed Grass Prairie's Phoenix as I; M = s - R = 19 - 6 = 13; so I = 10 + M = 10 + 13 = 0. Define Mixed Grass Prairie's Creatures as k; Q = I + R = 0 + 6 = 6; so k = Q + s = 6 + 19 = 2. Define Highland Grassland's Phoenix as d; so d = 6 + k = 6 + 2 = 8. Define Highland Grassland's Chimera as v; so v = 18 + d = 18 + 8 = 3. | 3 | hard | 8 |
Subsets and Splits