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int64 0
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int64 1
21
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999,400 |
The number of each Haddock's Metacarpal III equals 9 times as much as each Trout's Accessory Carpal. The number of each Trout's Metacarpal III equals 15 times as much as each Trout's Metacarpal II. The number of each Trout's Metacarpal II equals 9. The number of each Haddock's Accessory Carpal equals 10 times as much as the difference of each Trout's Metacarpal III and each Trout's Metacarpal II. The number of each Trout's Accessory Carpal equals each Salmon's Accessory Carpal. The number of each Salmon's Accessory Carpal equals each Trout's Metacarpal III. The number of each Haddock's Metacarpal II equals the sum of each Salmon's Accessory Carpal and each Trout's Metacarpal II. How many Bone does Haddock have?
|
Define Trout's Metacarpal II as y; so y = 9. Define Trout's Metacarpal III as I; so I = 15 * y = 15 * 9 = 20. Define Salmon's Accessory Carpal as C; so C = I = 20. Define Trout's Accessory Carpal as p; so p = C = 20. Define Haddock's Metacarpal III as f; so f = 9 * p = 9 * 20 = 19. Define Haddock's Accessory Carpal as s; i = I - y = 20 - 9 = 11; so s = 10 * i = 10 * 11 = 18. Define Haddock's Metacarpal II as U; so U = C + y = 20 + 9 = 6. Define Haddock's Bone as d; q = s + U = 18 + 6 = 1; so d = q + f = 1 + 19 = 20.
|
20
|
hard
| 10 |
999,401 |
The number of each Hippopotamus Tank's Otter equals 22 times as much as each Primate House's Cheetah. The number of each Camel Yard's Otter equals 16. The number of each Primate House's Cheetah equals 22. The number of each Camel Yard's Lion equals each Camel Yard's Squirrel. The number of each Zebra Paddock's Otter equals each Camel Yard's Otter. The number of each Camel Yard's Squirrel equals 4 times as much as the sum of each Hippopotamus Tank's Animal and each Primate House's Cheetah. How many Squirrel does Camel Yard have?
|
Define Primate House's Cheetah as c; so c = 22. Define Hippopotamus Tank's Otter as I; so I = 22 * c = 22 * 22 = 1. Define Hippopotamus Tank's Animal as t; so t = I = 1. Define Camel Yard's Squirrel as O; V = t + c = 1 + 22 = 0; so O = 4 * V = 4 * 0 = 0.
|
0
|
med
| 5 |
999,402 |
The number of each Woodpecker's Scapula equals the sum of each Penguin's Bone, each Penguin's Ulna and each Seattle Aquarium's Peacock Garden. The number of each Penguin's Ulna equals the sum of each Peacock Garden's Animal, each Peacock Garden's Woodpecker and each Seattle Aquarium's Peacock Garden. The number of each Seattle Aquarium's Falcon Aviary equals each Woodpecker's Bone. The number of each Woodpecker's Ulna equals 7 times as much as the difference of each Woodpecker's Scapula and each Penguin's Ulna. The number of each The Living Seas's Falcon Aviary equals 14. The number of each Peacock Garden's Woodpecker equals each Seattle Aquarium's Peacock Garden. The number of each Seattle Aquarium's Peacock Garden equals 10. The number of each Peacock Garden's Penguin equals 3 more than the sum of each Peacock Garden's Woodpecker and each Seattle Aquarium's Peacock Garden. The number of each The Living Seas's Peacock Garden equals 8 more than each The Living Seas's Falcon Aviary. How many Scapula does Woodpecker have?
|
Define Seattle Aquarium's Peacock Garden as y; so y = 10. Define Peacock Garden's Woodpecker as N; so N = y = 10. Define Peacock Garden's Penguin as s; z = N + y = 10 + 10 = 20; so s = 3 + z = 3 + 20 = 0. Define Peacock Garden's Animal as m; so m = s + N = 0 + 10 = 10. Define Penguin's Ulna as q; F = m + N = 10 + 10 = 20; so q = F + y = 20 + 10 = 7. Define Penguin's Bone as I; so I = q = 7. Define Woodpecker's Scapula as g; V = I + q = 7 + 7 = 14; so g = V + y = 14 + 10 = 1.
|
1
|
hard
| 10 |
999,403 |
The number of each Astronomy Lab's Biking Backpack equals 5 times as much as the sum of each Neuroscience Lab's Backpack and each Earth Science Lab's Backpack. The number of each Neuroscience Lab's Biking Backpack equals the sum of each Online Academy's Earth Science Lab, each Online Academy's Neuroscience Lab and each Earth Science Lab's Backpack. The number of each Neuroscience Lab's Racquet Backpack equals 9. The number of each E-Study University's Neuroscience Lab equals each Neuroscience Lab's Biking Backpack. The number of each Online Academy's Earth Science Lab equals 4 more than each Online Academy's Neuroscience Lab. The number of each Astronomy Lab's Snowboard Backpack equals 9 times as much as each DigitalEd School's Backpack. The number of each Online Academy's Neuroscience Lab equals 11. The number of each DigitalEd School's Neuroscience Lab equals 3 more than the sum of each Online Academy's Classroom, each Online Academy's Neuroscience Lab and each Online Academy's Earth Science Lab. The number of each E-Study University's Astronomy Lab equals 13 times as much as the sum of each Online Academy's Backpack and each Online Academy's Classroom. How many Neuroscience Lab does DigitalEd School have?
|
Define Online Academy's Neuroscience Lab as P; so P = 11. Define Online Academy's Earth Science Lab as d; so d = 4 + P = 4 + 11 = 15. Define Online Academy's Classroom as h; so h = P + d = 11 + 15 = 3. Define DigitalEd School's Neuroscience Lab as S; k = h + P = 3 + 11 = 14; i = k + d = 14 + 15 = 6; so S = 3 + i = 3 + 6 = 9.
|
9
|
med
| 6 |
999,404 |
The number of each Anteater Area's Newt equals 10. The number of each Newt's Caudal Vertebrae 6 equals 7. The number of each Anteater Area's Mudskipper equals 15. The number of each Newt's Caudal Vertebrae 2 equals 0. The number of each Insectarium de Montréal's Tiger Territory equals each Newt's Caudal Vertebrae 1. The number of each Mudskipper's Caudal Vertebrae 2 equals 14 more than the sum of each Insectarium of Seattle's Lemur Island, each Mudskipper's Caudal Vertebrae 1 and each Insectarium of Boston's Tiger Territory. The number of each Insectarium of Boston's Anteater Area equals 1. The number of each Insectarium of Boston's Lemur Island equals the sum of each Insectarium of Seattle's Lemur Island and each Mudskipper's Caudal Vertebrae 2. The number of each Insectarium of Boston's Tiger Territory equals each Newt's Caudal Vertebrae 2. The number of each Mudskipper's Caudal Vertebrae 1 equals 22 more than each Newt's Caudal Vertebrae 2. The number of each Newt's Caudal Vertebrae 1 equals 13. The number of each Insectarium of Seattle's Lemur Island equals 3 more than the sum of each Newt's Caudal Vertebrae 2 and each Mudskipper's Caudal Vertebrae 1. The number of each Lemur Island's Siren equals each Insectarium de Montréal's Animal. The number of each Siren's Caudal Vertebrae 6 equals 6 more than the difference of each Mudskipper's Caudal Vertebrae 2 and each Mudskipper's Caudal Vertebrae 1. The number of each Lemur Island's Mudskipper equals each Tiger Territory's Animal. How many Animal does Lemur Island have?
|
Define Newt's Caudal Vertebrae 1 as E; so E = 13. Define Insectarium de Montréal's Tiger Territory as R; so R = E = 13. Define Tiger Territory's Animal as l; so l = 0. Define Insectarium de Montréal's Animal as c; so c = R * l = 13 * 0 = 0. Define Lemur Island's Siren as H; so H = c = 0. Define Lemur Island's Mudskipper as j; so j = l = 0. Define Lemur Island's Animal as W; so W = j + H = 0 + 0 = 0.
|
0
|
hard
| 7 |
999,405 |
The number of each Octopus Den's Crocodile equals each Okinawa Churaumi Aquarium's Animal. The number of each The Living Seas's Octopus Den equals 12 more than each Okinawa Churaumi Aquarium's Crustacean Cove. The number of each Crustacean Cove's Python equals 16. The number of each Piranha Pond's Komodo Dragon equals 1. The number of each Seattle Aquarium's Piranha Pond equals the difference of each Octopus Den's Bone and each Okinawa Churaumi Aquarium's Crustacean Cove. The number of each Bearded Dragon's Caudal Vertebrae 10 equals 22 more than each The Living Seas's Octopus Den. The number of each Komodo Dragon's Caudal Vertebrae 2 equals 20. The number of each Komodo Dragon's Caudal Vertebrae 6 equals the sum of each Okinawa Churaumi Aquarium's Enclosure and each Bearded Dragon's Caudal Vertebrae 10. The number of each Okinawa Churaumi Aquarium's Crustacean Cove equals 21 more than the sum of each Crustacean Cove's Bearded Dragon and each Crustacean Cove's Python. The number of each Crustacean Cove's Bearded Dragon equals 2 times as much as each Crustacean Cove's Python. How many Bone does Octopus Den have?
|
Define Crustacean Cove's Python as v; so v = 16. Define Crustacean Cove's Bearded Dragon as W; so W = 2 * v = 2 * 16 = 9. Define Okinawa Churaumi Aquarium's Crustacean Cove as l; S = W + v = 9 + 16 = 2; so l = 21 + S = 21 + 2 = 0. Define Crustacean Cove's Animal as k; so k = v + W = 16 + 9 = 2. Define Okinawa Churaumi Aquarium's Animal as H; so H = l * k = 0 * 2 = 0. Define Octopus Den's Crocodile as q; so q = H = 0. Define Crocodile's Bone as b; so b = 0. Define Octopus Den's Bone as x; so x = q * b = 0 * 0 = 0.
|
0
|
hard
| 9 |
999,406 |
The number of each Beijing Zoo's Manatee Mangrove equals 12 more than each Hummingbird's Metacarpal I. The number of each Albatross's Metacarpal III equals 6 times as much as each Zoo de Madrid's Shark Tank. The number of each Albatross's Metacarpal II equals 18. The number of each Philadelphia Zoo's Penguin Beach equals 20 more than the difference of each Zoo de Madrid's Manatee Mangrove and each Albatross's Metacarpal III. The number of each Zoo de Madrid's Manatee Mangrove equals 14 more than each Albatross's Metacarpal III. The number of each Zoo de Madrid's Shark Tank equals 5. The number of each Penguin Beach's Albatross equals 17 more than each Penguin Beach's Parrot. The number of each Shark Tank's Hummingbird equals 12. The number of each Hummingbird's Metacarpal I equals 2. The number of each Penguin Beach's Parrot equals 6. The number of each Manatee Mangrove's Hummingbird equals the sum of each Philadelphia Zoo's Enclosure and each Zoo de Madrid's Shark Tank. How many Enclosure does Zoo de Madrid have?
|
Define Zoo de Madrid's Shark Tank as y; so y = 5. Define Albatross's Metacarpal III as G; so G = 6 * y = 6 * 5 = 7. Define Zoo de Madrid's Manatee Mangrove as B; so B = 14 + G = 14 + 7 = 21. Define Zoo de Madrid's Enclosure as c; so c = B + y = 21 + 5 = 3.
|
3
|
med
| 4 |
999,407 |
The number of each Sociology Lab's Roll-Top Backpack equals 1. The number of each Behavioral Science Lab's Mountaineering Backpack equals 6. The number of each Weekender Backpack's Clay equals 7 times as much as the difference of each Mountaineering Backpack's Watercolor Paint and each Sociology Lab's Roll-Top Backpack. The number of each Sociology Lab's Mountaineering Backpack equals 1 times as much as the sum of each Weekender Backpack's Beads, each Weekender Backpack's Clay and each Sociology Lab's Roll-Top Backpack. The number of each Mountaineering Backpack's Beads equals the sum of each Sociology Lab's Mountaineering Backpack and each Public Relations Studio's Backpack. The number of each Public Relations Studio's Weekender Backpack equals each Sociology Lab's Mountaineering Backpack. The number of each Weekender Backpack's Beads equals the sum of each Weekender Backpack's Clay, each Sociology Lab's Roll-Top Backpack and each Mountaineering Backpack's Watercolor Paint. The number of each Mountaineering Backpack's Watercolor Paint equals 8 more than each Sociology Lab's Roll-Top Backpack. How many Weekender Backpack does Public Relations Studio have?
|
Define Sociology Lab's Roll-Top Backpack as P; so P = 1. Define Mountaineering Backpack's Watercolor Paint as m; so m = 8 + P = 8 + 1 = 9. Define Weekender Backpack's Clay as t; a = m - P = 9 - 1 = 8; so t = 7 * a = 7 * 8 = 10. Define Weekender Backpack's Beads as c; G = t + P = 10 + 1 = 11; so c = G + m = 11 + 9 = 20. Define Sociology Lab's Mountaineering Backpack as d; i = c + t = 20 + 10 = 7; R = i + P = 7 + 1 = 8; so d = 1 * R = 1 * 8 = 8. Define Public Relations Studio's Weekender Backpack as k; so k = d = 8.
|
8
|
hard
| 10 |
999,408 |
The number of each GlobalNet University's Fluid Mechanics Lab equals the sum of each WebEd Institute's Algebra Classroom and each Lumbar Pack's Diary. The number of each Concealed Carry Backpack's Diary equals 9 more than the difference of each WebEd Institute's Classroom and each Gaming Backpack's Notepad. The number of each Gaming Backpack's Notepad equals each WebEd Institute's Fluid Mechanics Lab. The number of each Algebra Classroom's Gaming Backpack equals each Lumbar Pack's Diary. The number of each Fluid Mechanics Lab's Gaming Backpack equals the sum of each Fluid Mechanics Lab's Lumbar Pack and each Digital Scholars's Algebra Classroom. The number of each Algebra Classroom's Lumbar Pack equals 10 more than the difference of each Algebra Classroom's Concealed Carry Backpack and each Digital Scholars's Algebra Classroom. The number of each Concealed Carry Backpack's Notepad equals each Digital Scholars's Fluid Mechanics Lab. The number of each Fluid Mechanics Lab's Concealed Carry Backpack equals each Concealed Carry Backpack's Notepad. The number of each Lumbar Pack's Diary equals 4 more than each Lumbar Pack's Notepad. The number of each GlobalNet University's Algebra Classroom equals each WebEd Institute's Classroom. The number of each WebEd Institute's Fluid Mechanics Lab equals 17 times as much as the difference of each Lumbar Pack's Notepad and each Lumbar Pack's Diary. The number of each Digital Scholars's Fluid Mechanics Lab equals 1. The number of each Digital Scholars's Algebra Classroom equals the sum of each Fluid Mechanics Lab's Lumbar Pack and each Algebra Classroom's Concealed Carry Backpack. The number of each Algebra Classroom's Concealed Carry Backpack equals 11 more than each Fluid Mechanics Lab's Lumbar Pack. The number of each Fluid Mechanics Lab's Lumbar Pack equals 18. The number of each Concealed Carry Backpack's Binder Paper equals 20 times as much as each Lumbar Pack's Binder Paper. The number of each Lumbar Pack's Notepad equals 1. The number of each WebEd Institute's Algebra Classroom equals 8 more than each Lumbar Pack's Stationery. The number of each Gaming Backpack's Binder Paper equals each GlobalNet University's Classroom. The number of each Gaming Backpack's Diary equals 21 times as much as the sum of each Concealed Carry Backpack's Diary, each Fluid Mechanics Lab's Gaming Backpack and each Lumbar Pack's Stationery. The number of each Lumbar Pack's Binder Paper equals 21 times as much as each Lumbar Pack's Notepad. How many Classroom does GlobalNet University have?
|
Define Lumbar Pack's Notepad as p; so p = 1. Define Lumbar Pack's Diary as c; so c = 4 + p = 4 + 1 = 5. Define Lumbar Pack's Binder Paper as Z; so Z = 21 * p = 21 * 1 = 21. Define Lumbar Pack's Stationery as y; J = p + c = 1 + 5 = 6; so y = J + Z = 6 + 21 = 4. Define WebEd Institute's Algebra Classroom as G; so G = 8 + y = 8 + 4 = 12. Define WebEd Institute's Fluid Mechanics Lab as o; x = p - c = 1 - 5 = 19; so o = 17 * x = 17 * 19 = 1. Define WebEd Institute's Classroom as b; so b = o + G = 1 + 12 = 13. Define GlobalNet University's Algebra Classroom as I; so I = b = 13. Define GlobalNet University's Fluid Mechanics Lab as q; so q = G + c = 12 + 5 = 17. Define GlobalNet University's Classroom as r; so r = q + I = 17 + 13 = 7.
|
7
|
hard
| 12 |
999,409 |
The number of each Brookside Elementary's Sociology Classroom equals each Green Field Elementary's Classroom. The number of each River Valley Elementary's Drama Studio equals 16 times as much as each Brookside Elementary's Sociology Classroom. The number of each Green Field Elementary's Sociology Classroom equals 4. The number of each Brookside Elementary's Drama Studio equals 14. How many Classroom does River Valley Elementary have?
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Define Green Field Elementary's Sociology Classroom as G; so G = 4. Define Green Field Elementary's Classroom as q; so q = G = 4. Define Brookside Elementary's Sociology Classroom as Q; so Q = q = 4. Define River Valley Elementary's Drama Studio as x; so x = 16 * Q = 16 * 4 = 18. Define River Valley Elementary's Classroom as g; so g = x = 18.
|
18
|
med
| 5 |
999,410 |
The number of each Hyde Park in London's Spirogyra equals 5 times as much as each Paramecium's Jejunum. The number of each Paramecium's Jejunum equals 12 more than each Hyde Park in London's E coli. The number of each Spirogyra's Gallbladder equals 16 more than the sum of each Bukhansan National Park in Seoul's Paramecium and each Bukhansan National Park in Seoul's Spirogyra. The number of each E coli's Jejunum equals 22. The number of each Hyde Park in London's E coli equals 0. The number of each Chlamydomonas's Gallbladder equals 15 more than each Hyde Park in London's Creatures. The number of each Paramecium's Gallbladder equals each Chlamydomonas's Organs. The number of each Bukhansan National Park in Seoul's Spirogyra equals 18. The number of each Bukhansan National Park in Seoul's Paramecium equals 2 more than the difference of each Bukhansan National Park in Seoul's Spirogyra and each E coli's Jejunum. The number of each Hyde Park in London's Paramecium equals 7. The number of each Bukhansan National Park in Seoul's Chlamydomonas equals each Bukhansan National Park in Seoul's Paramecium. How many Gallbladder does Paramecium have?
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Define Hyde Park in London's E coli as g; so g = 0. Define Paramecium's Jejunum as w; so w = 12 + g = 12 + 0 = 12. Define Hyde Park in London's Spirogyra as S; so S = 5 * w = 5 * 12 = 14. Define Hyde Park in London's Paramecium as a; so a = 7. Define Hyde Park in London's Creatures as f; i = g + a = 0 + 7 = 7; so f = i + S = 7 + 14 = 21. Define Chlamydomonas's Gallbladder as D; so D = 15 + f = 15 + 21 = 13. Define Chlamydomonas's Organs as F; so F = D = 13. Define Paramecium's Gallbladder as G; so G = F = 13.
|
13
|
med
| 9 |
999,411 |
The number of each Ileum's Mast Cells equals 17 more than the sum of each Gallbladder's Cells and each Gallbladder's Osteoclasts. The number of each Gallbladder's Osteoclasts equals 1. How many Mast Cells does Ileum have?
|
Define Gallbladder's Osteoclasts as A; so A = 1. Define Gallbladder's Cells as s; so s = A = 1. Define Ileum's Mast Cells as J; B = s + A = 1 + 1 = 2; so J = 17 + B = 17 + 2 = 19.
|
19
|
hard
| 4 |
999,412 |
The number of each Morrisons's Cheese Puffs equals each Safeway's Nuts. The number of each Publix's Cheese Puffs equals each Safeway's Nuts. The number of each Publix's Dried Fruit equals 19. The number of each Safeway's Dried Fruit equals each Safeway's Nuts. The number of each Morrisons's Dried Fruit equals 15. The number of each Publix's Nuts equals 6. The number of each Safeway's Cheese Puffs equals 7 more than each Publix's Nuts. The number of each Morrisons's Nuts equals 4 times as much as each Safeway's Dried Fruit. The number of each Safeway's Nuts equals 7 times as much as each Safeway's Cheese Puffs. How many Product does Morrisons have?
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Define Publix's Nuts as V; so V = 6. Define Safeway's Cheese Puffs as X; so X = 7 + V = 7 + 6 = 13. Define Morrisons's Dried Fruit as e; so e = 15. Define Safeway's Nuts as y; so y = 7 * X = 7 * 13 = 22. Define Morrisons's Cheese Puffs as E; so E = y = 22. Define Safeway's Dried Fruit as S; so S = y = 22. Define Morrisons's Nuts as R; so R = 4 * S = 4 * 22 = 19. Define Morrisons's Product as d; w = R + e = 19 + 15 = 11; so d = w + E = 11 + 22 = 10.
|
10
|
med
| 9 |
999,413 |
The number of each Canned Meats's Nutmeg equals 12. The number of each Canned Meats's Rosemary equals each Superior Grocers's Product. The number of each Superior Grocers's Canned Meats equals each Seabra Foods's Product. The number of each Canned Tuna's Rosemary equals 12. The number of each Superior Grocers's Canned Tuna equals each Seabra Foods's Canned Tuna. The number of each Canned Tuna's Nutmeg equals each Canned Meats's Nutmeg. The number of each Seabra Foods's Canned Tuna equals 19 more than each Seabra Foods's Canned Meats. The number of each Seabra Foods's Canned Meats equals 4. How many Rosemary does Canned Meats have?
|
Define Seabra Foods's Canned Meats as V; so V = 4. Define Seabra Foods's Canned Tuna as N; so N = 19 + V = 19 + 4 = 0. Define Seabra Foods's Product as F; so F = V + N = 4 + 0 = 4. Define Superior Grocers's Canned Meats as O; so O = F = 4. Define Superior Grocers's Canned Tuna as H; so H = N = 0. Define Superior Grocers's Product as l; so l = O + H = 4 + 0 = 4. Define Canned Meats's Rosemary as A; so A = l = 4.
|
4
|
med
| 7 |
999,414 |
The number of each Basilisk's Veins equals 1 times as much as each Kraken's Veins. The number of each Kraken's Veins equals 2. The number of each Basilisk's Pulmonary Valve equals 8 times as much as each Cerberus's Organs. The number of each Kraken's Pulmonary Valve equals 17. The number of each Cerberus's Pulmonary Valve equals 18 more than the sum of each Basilisk's Veins and each Kraken's Veins. The number of each Cerberus's Veins equals each Basilisk's Veins. How many Veins does Basilisk have?
|
Define Kraken's Veins as q; so q = 2. Define Basilisk's Veins as n; so n = 1 * q = 1 * 2 = 2.
|
2
|
hard
| 2 |
999,415 |
The number of each Swan's Humerus equals the sum of each Northern Grassland's Creatures, each Northern Grassland's Swan and each Northern Grassland's Kingfisher. The number of each Shortgrass Prairie's Kingfisher equals each Northern Grassland's Creatures. The number of each Northern Grassland's Swan equals each Northern Grassland's Kingfisher. The number of each Shortgrass Prairie's Swan equals 21 times as much as each Northern Grassland's Swan. The number of each Kingfisher's Triceps equals 13. The number of each Northern Grassland's Kingfisher equals 21. The number of each Swan's Triceps equals the sum of each Shortgrass Prairie's Kingfisher and each Northern Grassland's Creatures. The number of each Kingfisher's Humerus equals 6. How many Creatures does Shortgrass Prairie have?
|
Define Northern Grassland's Kingfisher as R; so R = 21. Define Northern Grassland's Swan as h; so h = R = 21. Define Northern Grassland's Creatures as r; so r = R + h = 21 + 21 = 19. Define Shortgrass Prairie's Kingfisher as T; so T = r = 19. Define Shortgrass Prairie's Swan as U; so U = 21 * h = 21 * 21 = 4. Define Shortgrass Prairie's Creatures as x; so x = T + U = 19 + 4 = 0.
|
0
|
med
| 6 |
999,416 |
The number of each CyberAcademy's Baseball Field equals 15. The number of each Tennis Court's Diaper Backpack equals each Baseball Field's Backpack. The number of each WebStudy University's Baseball Field equals 11. The number of each WebStudy University's Rock Climbing Wall equals 11. The number of each Tennis Court's Clear Backpack equals 8 more than each Baseball Field's Clear Backpack. The number of each CyberAcademy's Tennis Court equals 13 more than each Rock Climbing Wall's Backpack. The number of each Clear Backpack's Ink Bottle equals 16 more than each Diaper Backpack's Ink Bottle. The number of each Diaper Backpack's Ink Bottle equals 13. The number of each Baseball Field's Clear Backpack equals 21. The number of each NetLearn Institute's Baseball Field equals 15 more than the difference of each Baseball Field's Backpack and each Tennis Court's Clear Backpack. The number of each Clear Backpack's Embossing Powder equals each NetLearn Institute's Classroom. The number of each NetLearn Institute's Tennis Court equals 12 times as much as the difference of each Tennis Court's Backpack and each Tennis Court's Diaper Backpack. How many Classroom does NetLearn Institute have?
|
Define Baseball Field's Clear Backpack as X; so X = 21. Define Baseball Field's Backpack as N; so N = X = 21. Define Tennis Court's Diaper Backpack as G; so G = N = 21. Define Tennis Court's Clear Backpack as m; so m = 8 + X = 8 + 21 = 6. Define NetLearn Institute's Baseball Field as W; D = N - m = 21 - 6 = 15; so W = 15 + D = 15 + 15 = 7. Define Tennis Court's Backpack as g; so g = G + m = 21 + 6 = 4. Define NetLearn Institute's Tennis Court as u; q = g - G = 4 - 21 = 6; so u = 12 * q = 12 * 6 = 3. Define NetLearn Institute's Classroom as F; so F = W + u = 7 + 3 = 10.
|
10
|
hard
| 10 |
999,417 |
The number of each DoorDash's Canned Fruits equals the sum of each Peapod's Canned Fish and each Canned Fruits's Strawberry. The number of each Deliveroo's Canned Vegetables equals 18. The number of each Peapod's Canned Fish equals 22 times as much as each Canned Fruits's Strawberry. The number of each Canned Fish's Grape equals 9. The number of each Canned Fish's Apple equals 9 more than each DoorDash's Ingredient. The number of each Deliveroo's Canned Fish equals the sum of each DoorDash's Ingredient and each DoorDash's Product. The number of each Canned Fruits's Strawberry equals each Canned Fish's Grape. How many Apple does Canned Fish have?
|
Define Canned Fish's Grape as o; so o = 9. Define Canned Fruits's Strawberry as d; so d = o = 9. Define Canned Fruits's Ingredient as V; so V = d = 9. Define Peapod's Canned Fish as T; so T = 22 * d = 22 * 9 = 14. Define DoorDash's Canned Fruits as h; so h = T + d = 14 + 9 = 0. Define DoorDash's Ingredient as n; so n = h * V = 0 * 9 = 0. Define Canned Fish's Apple as B; so B = 9 + n = 9 + 0 = 9.
|
9
|
med
| 7 |
999,418 |
The number of each Monkey's Caudal Vertebrae 11 equals 13. The number of each Seahorse Sanctuary's Monkey equals each Kelp Forest Tank's Monkey. The number of each Seadragon Deep's Bear equals the sum of each Seahorse Sanctuary's Animal and each Seahorse Sanctuary's Monkey. The number of each Bear's Caudal Vertebrae 11 equals 21. The number of each Seadragon Deep's Monkey equals each Seahorse Sanctuary's Animal. The number of each San Diego Zoo Safari Park's Kelp Forest Tank equals 22 more than each Bear's Caudal Vertebrae 11. The number of each Kelp Forest Tank's Monkey equals 19. The number of each Tarangire National Park's Seahorse Sanctuary equals 20. The number of each Kelp Forest Tank's Bear equals each Seadragon Deep's Bear. The number of each Tarangire National Park's Kelp Forest Tank equals 5. The number of each Monkey's Caudal Vertebrae 5 equals 0. The number of each Bear's Caudal Vertebrae 5 equals 6. The number of each San Diego Zoo Safari Park's Seahorse Sanctuary equals 14 more than the sum of each Monkey's Caudal Vertebrae 5, each Monkey's Caudal Vertebrae 11 and each Kelp Forest Tank's Monkey. The number of each San Diego Zoo Safari Park's Seadragon Deep equals each Monkey's Bone. The number of each Tarangire National Park's Seadragon Deep equals 22 times as much as each Tarangire National Park's Seahorse Sanctuary. How many Bone does Monkey have?
|
Define Monkey's Caudal Vertebrae 11 as h; so h = 13. Define Monkey's Caudal Vertebrae 5 as u; so u = 0. Define Monkey's Bone as d; so d = h + u = 13 + 0 = 13.
|
13
|
hard
| 3 |
999,419 |
The number of each Super Saver's Pastries equals 14. The number of each Muffins's Turmeric equals each Price Rite's Muffins. The number of each Dollar General's Pastries equals 22 times as much as each Pastries's Turmeric. The number of each Wheat Bread's Chili Powder equals each Wheat Bread's Paprika. The number of each Pastries's Turmeric equals 3. The number of each Dollar General's Wheat Bread equals 18. The number of each Wheat Bread's Paprika equals 0. The number of each Price Rite's Muffins equals each Wheat Bread's Ingredient. How many Turmeric does Muffins have?
|
Define Wheat Bread's Paprika as Z; so Z = 0. Define Wheat Bread's Chili Powder as R; so R = Z = 0. Define Wheat Bread's Ingredient as A; so A = Z + R = 0 + 0 = 0. Define Price Rite's Muffins as g; so g = A = 0. Define Muffins's Turmeric as i; so i = g = 0.
|
0
|
med
| 5 |
999,420 |
The number of each Victorian District's GrubMarket equals 13. The number of each Quarters's DoorDash equals each Victorian District's Postmates. The number of each Historic Plantation's Postmates equals 1. The number of each Historic Plantation's DoorDash equals 12. The number of each Castle District's Amazon Fresh equals each Castle District's GrubMarket. The number of each Victorian District's Postmates equals 21. The number of each Historic Plantation's GrubMarket equals 16. The number of each Quarters's Amazon Fresh equals 15. The number of each Castle District's GrubMarket equals each Victorian District's GrubMarket. How many Amazon Fresh does Castle District have?
|
Define Victorian District's GrubMarket as r; so r = 13. Define Castle District's GrubMarket as g; so g = r = 13. Define Castle District's Amazon Fresh as B; so B = g = 13.
|
13
|
med
| 3 |
999,421 |
The number of each Sonoran Desert's African Elephant equals 9. The number of each Gobi Desert's Cheetah equals each Gobi Desert's African Elephant. The number of each Sonoran Desert's Gorilla equals the sum of each Dasht-e Kavir's Cheetah, each Dasht-e Kavir's African Elephant and each Gobi Desert's Cheetah. The number of each Dasht-e Kavir's Cheetah equals 2. The number of each Sonoran Desert's Cheetah equals 12 more than the sum of each Dasht-e Kavir's Cheetah, each Sonoran Desert's African Elephant and each Gobi Desert's Creatures. The number of each Gobi Desert's African Elephant equals 1 more than each Gobi Desert's Gorilla. The number of each Gobi Desert's Gorilla equals 1 times as much as each Dasht-e Kavir's African Elephant. The number of each Dasht-e Kavir's African Elephant equals 22. How many Cheetah does Gobi Desert have?
|
Define Dasht-e Kavir's African Elephant as B; so B = 22. Define Gobi Desert's Gorilla as u; so u = 1 * B = 1 * 22 = 22. Define Gobi Desert's African Elephant as n; so n = 1 + u = 1 + 22 = 0. Define Gobi Desert's Cheetah as i; so i = n = 0.
|
0
|
hard
| 4 |
999,422 |
The number of each Bronchioles's Cuboidal Epithelial Cells equals 5. The number of each Intercostal Muscles's Alveolar Epithelial Cells equals 13. The number of each Trachea's Cuboidal Epithelial Cells equals 14. The number of each Bronchioles's Hair Follicle Cells equals 8. The number of each Respiratory Mucosa's Basal Cells equals the difference of each Intercostal Muscles's Cells and each Intercostal Muscles's Cuboidal Epithelial Cells. The number of each Bronchioles's Alveolar Epithelial Cells equals 17 more than the difference of each Bronchioles's Hair Follicle Cells and each Trachea's Cuboidal Epithelial Cells. The number of each Respiratory Mucosa's Hair Follicle Cells equals 5. The number of each Trachea's Alveolar Epithelial Cells equals 3. The number of each Intercostal Muscles's Basal Cells equals 8. The number of each Bronchioles's Basal Cells equals 20. The number of each Intercostal Muscles's Hair Follicle Cells equals 1 more than each Intercostal Muscles's Alveolar Epithelial Cells. The number of each Trachea's Basal Cells equals 21. The number of each Respiratory Mucosa's Cuboidal Epithelial Cells equals 19 more than each Intercostal Muscles's Hair Follicle Cells. The number of each Respiratory Mucosa's Alveolar Epithelial Cells equals the difference of each Intercostal Muscles's Hair Follicle Cells and each Intercostal Muscles's Basal Cells. The number of each Intercostal Muscles's Cuboidal Epithelial Cells equals 5 more than the difference of each Intercostal Muscles's Alveolar Epithelial Cells and each Intercostal Muscles's Hair Follicle Cells. The number of each Trachea's Hair Follicle Cells equals the difference of each Respiratory Mucosa's Cells and each Intercostal Muscles's Cuboidal Epithelial Cells. How many Hair Follicle Cells does Trachea have?
|
Define Intercostal Muscles's Alveolar Epithelial Cells as z; so z = 13. Define Intercostal Muscles's Hair Follicle Cells as B; so B = 1 + z = 1 + 13 = 14. Define Intercostal Muscles's Cuboidal Epithelial Cells as q; S = z - B = 13 - 14 = 22; so q = 5 + S = 5 + 22 = 4. Define Intercostal Muscles's Basal Cells as U; so U = 8. Define Intercostal Muscles's Cells as Z; b = U + q = 8 + 4 = 12; X = b + B = 12 + 14 = 3; so Z = X + z = 3 + 13 = 16. Define Respiratory Mucosa's Basal Cells as L; so L = Z - q = 16 - 4 = 12. Define Respiratory Mucosa's Alveolar Epithelial Cells as N; so N = B - U = 14 - 8 = 6. Define Respiratory Mucosa's Cuboidal Epithelial Cells as I; so I = 19 + B = 19 + 14 = 10. Define Respiratory Mucosa's Hair Follicle Cells as d; so d = 5. Define Respiratory Mucosa's Cells as A; f = L + I = 12 + 10 = 22; o = f + d = 22 + 5 = 4; so A = o + N = 4 + 6 = 10. Define Trachea's Hair Follicle Cells as W; so W = A - q = 10 - 4 = 6.
|
6
|
hard
| 16 |
999,423 |
The number of each Swimming Backpack's Colored Pencil equals each Hockey Rink's Stationery. The number of each Swimming Backpack's Brush Pen equals 2. The number of each Ventilated Backpack's Brush Pen equals 12. The number of each Surfing Backpack's Colored Pencil equals the sum of each Tennis Court's Surfing Backpack, each Tennis Court's Backpack, each Hockey Rink's Backpack and each Ventilated Backpack's Brush Pen. The number of each Tennis Court's Surfing Backpack equals 20 more than each Swimming Backpack's Ballpoint Pen. The number of each Tennis Court's Swimming Backpack equals each Swimming Backpack's Stationery. The number of each Basketball Court's Ventilated Backpack equals the sum of each Ventilated Backpack's Stationery, each Surfing Backpack's Stationery and each Tennis Court's Backpack. The number of each Swimming Backpack's Ballpoint Pen equals 17. How many Brush Pen does Ventilated Backpack have?
|
Define Ventilated Backpack's Brush Pen as M; so M = 12.
|
12
|
med
| 1 |
999,424 |
The number of each Taronga Zoo's Primate House equals 3 times as much as each Giraffe Enclosure's Siren. The number of each Melbourne Zoo's Primate House equals 1. The number of each Melbourne Zoo's Giraffe Enclosure equals 20 more than each Fire Salamander's Bone. The number of each Zoo de Madrid's Giraffe Enclosure equals 9 times as much as the difference of each Melbourne Zoo's Giraffe Enclosure and each Primate House's Animal. The number of each Melbourne Zoo's Small Mammal House equals each Taronga Zoo's Primate House. The number of each Giraffe Enclosure's Siren equals 13. The number of each Zoo de Madrid's Small Mammal House equals 6. The number of each Siren's Metacarpal III equals each Zoo de Madrid's Enclosure. The number of each Primate House's Fire Salamander equals 9 times as much as each Giraffe Enclosure's Fire Salamander. The number of each Fire Salamander's Metacarpal III equals 6. The number of each Siren's Metacarpal I equals the sum of each Giraffe Enclosure's Fire Salamander, each Small Mammal House's Siren, each Small Mammal House's Fire Salamander and each Fire Salamander's Metacarpal III. The number of each Primate House's Siren equals 17. The number of each Taronga Zoo's Small Mammal House equals each Small Mammal House's Siren. The number of each Small Mammal House's Fire Salamander equals each Giraffe Enclosure's Siren. The number of each Giraffe Enclosure's Fire Salamander equals 18 more than the sum of each Melbourne Zoo's Giraffe Enclosure and each Fire Salamander's Bone. The number of each Small Mammal House's Siren equals 13 more than each Small Mammal House's Fire Salamander. How many Animal does Primate House have?
|
Define Fire Salamander's Metacarpal III as j; so j = 6. Define Fire Salamander's Bone as p; so p = j = 6. Define Melbourne Zoo's Giraffe Enclosure as J; so J = 20 + p = 20 + 6 = 3. Define Giraffe Enclosure's Fire Salamander as Y; u = J + p = 3 + 6 = 9; so Y = 18 + u = 18 + 9 = 4. Define Primate House's Fire Salamander as A; so A = 9 * Y = 9 * 4 = 13. Define Primate House's Siren as q; so q = 17. Define Primate House's Animal as l; so l = A + q = 13 + 17 = 7.
|
7
|
med
| 8 |
999,425 |
The number of each Tactical Backpack's File Organizer equals each Lumbar Pack's File Organizer. The number of each Lumbar Pack's Clip Board equals 2 more than each Lumbar Pack's File Organizer. The number of each Solar Charging Backpack's Planner equals the sum of each Tactical Backpack's File Organizer, each Lumbar Pack's Clip Board, each Volleyball Court's Solar Charging Backpack and each Badminton Court's Backpack. The number of each Volleyball Court's Tactical Backpack equals 10 more than the difference of each Skyview University's Aerobics Studio and each Tactical Backpack's Clip Board. The number of each Forest Ridge University's Volleyball Court equals each Skyview University's Aerobics Studio. The number of each Skyview University's Aerobics Studio equals 17. The number of each Riverstone University's Volleyball Court equals the difference of each Tactical Backpack's Clip Board and each Volleyball Court's Tactical Backpack. The number of each Lumbar Pack's File Organizer equals 4. The number of each Tactical Backpack's Clip Board equals 10 more than each Skyview University's Aerobics Studio. The number of each Riverstone University's Badminton Court equals each Aerobics Studio's Backpack. The number of each Solar Charging Backpack's Clip Board equals 4 more than the difference of each Riverstone University's Volleyball Court and each Skyview University's Aerobics Studio. The number of each Badminton Court's Tactical Backpack equals 3 times as much as the sum of each Lumbar Pack's Stationery, each Lumbar Pack's File Organizer and each Lumbar Pack's Clip Board. The number of each Volleyball Court's Lumbar Pack equals 20 more than each Riverstone University's Badminton Court. The number of each Forest Ridge University's Badminton Court equals the difference of each Lumbar Pack's File Organizer and each Tactical Backpack's File Organizer. The number of each Volleyball Court's Solar Charging Backpack equals 16 times as much as the sum of each Tactical Backpack's File Organizer, each Lumbar Pack's Clip Board and each Lumbar Pack's Stationery. How many Backpack does Badminton Court have?
|
Define Lumbar Pack's File Organizer as r; so r = 4. Define Lumbar Pack's Clip Board as P; so P = 2 + r = 2 + 4 = 6. Define Lumbar Pack's Stationery as X; so X = P + r = 6 + 4 = 10. Define Badminton Court's Tactical Backpack as D; g = X + r = 10 + 4 = 14; y = g + P = 14 + 6 = 20; so D = 3 * y = 3 * 20 = 14. Define Badminton Court's Backpack as U; so U = D = 14.
|
14
|
hard
| 7 |
999,426 |
The number of each Falcon Aviary's Sparrow equals 0. The number of each Flamingo Lagoon's Albatross equals 12. The number of each Jurong Bird Park's Falcon Aviary equals the difference of each Oklahoma City Zoo and Botanical Garden's Enclosure and each Oklahoma City Zoo and Botanical Garden's Falcon Aviary. The number of each Jurong Bird Park's Flamingo Lagoon equals each Flamingo Gardens's Enclosure. The number of each Flamingo Gardens's Flamingo Lagoon equals 22. The number of each Flamingo Lagoon's Ostrich equals each Falcon Aviary's Albatross. The number of each Flamingo Lagoon's Eagle equals 8 more than the difference of each Flamingo Gardens's Enclosure and each Flamingo Gardens's Flamingo Lagoon. The number of each Falcon Aviary's Albatross equals 1 more than the difference of each Flamingo Gardens's Enclosure and each Flamingo Lagoon's Eagle. The number of each Pigeon Loft's Sparrow equals 14. The number of each Pigeon Loft's Ostrich equals 21 times as much as each Falcon Aviary's Sparrow. The number of each Oklahoma City Zoo and Botanical Garden's Falcon Aviary equals 12 times as much as each Pigeon Loft's Ostrich. The number of each Falcon Aviary's Eagle equals 2 more than the difference of each Falcon Aviary's Sparrow and each Pigeon Loft's Ostrich. The number of each Jurong Bird Park's Pigeon Loft equals 18. The number of each Pigeon Loft's Albatross equals each Flamingo Lagoon's Eagle. How many Eagle does Flamingo Lagoon have?
|
Define Flamingo Gardens's Flamingo Lagoon as I; so I = 22. Define Flamingo Gardens's Enclosure as y; so y = I = 22. Define Flamingo Lagoon's Eagle as M; G = y - I = 22 - 22 = 0; so M = 8 + G = 8 + 0 = 8.
|
8
|
med
| 4 |
999,427 |
The number of each Jejunum's Eosinophils equals 13. The number of each Pancreas's Basophils equals 8 more than the sum of each Jejunum's Cells, each Jejunum's Eosinophils and each Jejunum's Basophils. The number of each Pancreas's Eosinophils equals 12 more than the sum of each Jejunum's Cells, each Jejunum's Basophils and each Jejunum's Eosinophils. The number of each Jejunum's Basophils equals 3. How many Cells does Pancreas have?
|
Define Jejunum's Eosinophils as a; so a = 13. Define Jejunum's Basophils as T; so T = 3. Define Jejunum's Cells as n; so n = T + a = 3 + 13 = 16. Define Pancreas's Basophils as C; J = n + a = 16 + 13 = 6; m = J + T = 6 + 3 = 9; so C = 8 + m = 8 + 9 = 17. Define Pancreas's Eosinophils as c; r = n + T = 16 + 3 = 19; K = r + a = 19 + 13 = 9; so c = 12 + K = 12 + 9 = 21. Define Pancreas's Cells as b; so b = C + c = 17 + 21 = 15.
|
15
|
hard
| 10 |
999,428 |
The number of each Goldfish's Distal Phalanges equals 5. The number of each Eel's Proximal Phalanges equals the difference of each Mackerel's Distal Phalanges and each Bass's Distal Phalanges. The number of each Bass's Proximal Phalanges equals 12. The number of each Bass's Metacarpals equals each Bass's Proximal Phalanges. The number of each Mackerel's Proximal Phalanges equals 1 more than the sum of each Bass's Distal Phalanges, each Bass's Metacarpals and each Mackerel's Distal Phalanges. The number of each Eel's Distal Phalanges equals 7 more than each Mackerel's Metacarpals. The number of each Goldfish's Metacarpals equals 16 times as much as the sum of each Bass's Proximal Phalanges and each Mackerel's Proximal Phalanges. The number of each Eel's Secondary Feathers equals 12 times as much as each Eel's Metacarpals. The number of each Bass's Secondary Feathers equals the difference of each Goldfish's Distal Phalanges and each Mackerel's Metacarpals. The number of each Bass's Distal Phalanges equals 14 more than each Bass's Proximal Phalanges. The number of each Mackerel's Distal Phalanges equals the sum of each Eel's Secondary Feathers and each Bass's Proximal Phalanges. The number of each Mackerel's Metacarpals equals 21. The number of each Eel's Metacarpals equals the sum of each Bass's Distal Phalanges and each Bass's Proximal Phalanges. The number of each Goldfish's Proximal Phalanges equals 18 more than each Bass's Secondary Feathers. How many Proximal Phalanges does Eel have?
|
Define Bass's Proximal Phalanges as S; so S = 12. Define Bass's Distal Phalanges as M; so M = 14 + S = 14 + 12 = 3. Define Eel's Metacarpals as O; so O = M + S = 3 + 12 = 15. Define Eel's Secondary Feathers as w; so w = 12 * O = 12 * 15 = 19. Define Mackerel's Distal Phalanges as E; so E = w + S = 19 + 12 = 8. Define Eel's Proximal Phalanges as z; so z = E - M = 8 - 3 = 5.
|
5
|
med
| 6 |
999,429 |
The number of each Tech Backpack's Ballpoint Pen equals 15 more than each Riverdale Community College's Gymnasium. The number of each Work Rucksack's Fineliner equals 12 more than each Tech Backpack's Ballpoint Pen. The number of each Crescent College's Gymnasium equals 2 more than each Riverdale Community College's Martial Arts Dojo. The number of each Crescent College's Martial Arts Dojo equals 2. The number of each Gymnasium's Presentation Backpack equals each Gymnasium's Work Rucksack. The number of each Presentation Backpack's Ballpoint Pen equals each Crescent College's Martial Arts Dojo. The number of each Riverdale Community College's Hockey Rink equals 16 times as much as each Riverdale Community College's Gymnasium. The number of each Gymnasium's Tech Backpack equals the difference of each Tech Backpack's Ballpoint Pen and each Hockey Rink's Stationery. The number of each Riverdale Community College's Gymnasium equals 21. The number of each Work Rucksack's Ballpoint Pen equals 2 more than each Hockey Rink's Backpack. The number of each Gymnasium's Work Rucksack equals 4 times as much as each Martial Arts Dojo's Work Rucksack. The number of each Crescent College's Hockey Rink equals 8. The number of each Riverdale Community College's Martial Arts Dojo equals each Martial Arts Dojo's Presentation Backpack. The number of each Tech Backpack's Fountain Pen equals each Work Rucksack's Stationery. The number of each Presentation Backpack's Fountain Pen equals each Mountainview College's Backpack. The number of each Martial Arts Dojo's Work Rucksack equals 4 more than each Crescent College's Martial Arts Dojo. The number of each Martial Arts Dojo's Presentation Backpack equals each Gymnasium's Work Rucksack. How many Stationery does Tech Backpack have?
|
Define Riverdale Community College's Gymnasium as s; so s = 21. Define Tech Backpack's Ballpoint Pen as o; so o = 15 + s = 15 + 21 = 13. Define Hockey Rink's Backpack as L; so L = 0. Define Work Rucksack's Fineliner as I; so I = 12 + o = 12 + 13 = 2. Define Work Rucksack's Ballpoint Pen as F; so F = 2 + L = 2 + 0 = 2. Define Work Rucksack's Stationery as P; so P = F + I = 2 + 2 = 4. Define Tech Backpack's Fountain Pen as X; so X = P = 4. Define Tech Backpack's Stationery as h; so h = o + X = 13 + 4 = 17.
|
17
|
med
| 8 |
999,430 |
The number of each Civil Engineering Lab's Sturdy Backpack equals 16. The number of each School Daypack's Loose Leaf Paper equals 9. The number of each Control Systems Lab's Student Rucksack equals the sum of each School Daypack's Flip Chart, each Sturdy Backpack's Flip Chart and each School Daypack's Loose Leaf Paper. The number of each Student Rucksack's Flip Chart equals 13. The number of each Sturdy Backpack's Loose Leaf Paper equals the sum of each School Daypack's Loose Leaf Paper and each Control Systems Lab's Sturdy Backpack. The number of each School Daypack's Flip Chart equals each Control Systems Lab's Sturdy Backpack. The number of each Civil Engineering Lab's School Daypack equals the sum of each Statistics Lab's Sturdy Backpack, each Statistics Lab's Stationery and each Sturdy Backpack's Flip Chart. The number of each Sturdy Backpack's Flip Chart equals 8. The number of each Control Systems Lab's School Daypack equals 3. The number of each Statistics Lab's Sturdy Backpack equals the sum of each Statistics Lab's Student Rucksack and each Control Systems Lab's Sturdy Backpack. The number of each Statistics Lab's School Daypack equals 8. The number of each Statistics Lab's Student Rucksack equals 16 times as much as the sum of each Civil Engineering Lab's Sturdy Backpack and each Control Systems Lab's Sturdy Backpack. The number of each Civil Engineering Lab's Student Rucksack equals 21 more than the sum of each Student Rucksack's Flip Chart, each School Daypack's Loose Leaf Paper and each Statistics Lab's Student Rucksack. The number of each Control Systems Lab's Sturdy Backpack equals 16. The number of each Student Rucksack's Loose Leaf Paper equals 12. How many Sturdy Backpack does Civil Engineering Lab have?
|
Define Civil Engineering Lab's Sturdy Backpack as P; so P = 16.
|
16
|
hard
| 1 |
999,431 |
The number of each Pine Valley College's Anthropology Lab equals 1. The number of each Crafting Backpack's Ink Bottle equals 11. The number of each Emergency Backpack's Canvas Board equals 4. The number of each Anthropology Lab's Crafting Backpack equals 7 more than the difference of each Emergency Backpack's Ink Bottle and each Social Work Classroom's Crafting Backpack. The number of each Emergency Backpack's Ink Bottle equals 10. The number of each Social Work Classroom's Emergency Backpack equals each Crafting Backpack's Ink Bottle. The number of each Westland College's Social Work Classroom equals 15. The number of each Westland College's Anthropology Lab equals the difference of each Social Work Classroom's Emergency Backpack and each Emergency Backpack's Stationery. The number of each Anthropology Lab's Emergency Backpack equals 16 more than the sum of each Crafting Backpack's Ink Bottle, each Crafting Backpack's Stationery and each Emergency Backpack's Ink Bottle. The number of each Social Work Classroom's Crafting Backpack equals 5 times as much as each Emergency Backpack's Ink Bottle. How many Ink Bottle does Crafting Backpack have?
|
Define Crafting Backpack's Ink Bottle as h; so h = 11.
|
11
|
med
| 1 |
999,432 |
The number of each Pheasant Pen's Swan equals 19. The number of each Owl Forest's Owl equals 20. The number of each Pelican Pier's Swan equals 1 times as much as each Pheasant Pen's Swan. The number of each Pelican Pier's Canary equals 6 times as much as each Owl Forest's Animal. The number of each Pheasant Pen's Owl equals 8 more than each Pheasant Pen's Swan. How many Canary does Pelican Pier have?
|
Define Owl Forest's Owl as C; so C = 20. Define Owl Forest's Animal as a; so a = C = 20. Define Pelican Pier's Canary as V; so V = 6 * a = 6 * 20 = 5.
|
5
|
med
| 3 |
999,433 |
The number of each Market Basket's Cookies equals 10. The number of each Fiesta Foods's Muffins equals 21. The number of each High School District's Fiesta Foods equals 10. The number of each High School District's Price Chopper equals the sum of each Market Basket's Cookies, each High School District's Fiesta Foods, each Vocational School District's Fiesta Foods and each Technical College District's Price Chopper. The number of each Market Basket's Cinnamon Rolls equals each High School District's Fiesta Foods. The number of each Price Chopper's Cinnamon Rolls equals each Market Basket's Cookies. The number of each Technical College District's Market Basket equals 3 times as much as each High School District's Fiesta Foods. The number of each Fiesta Foods's Cinnamon Rolls equals the sum of each Vocational School District's Fiesta Foods, each Market Basket's Cookies, each Technical College District's Price Chopper and each Technical College District's Market Basket. The number of each Technical College District's Price Chopper equals 4. The number of each Vocational School District's Price Chopper equals 13 more than the sum of each Technical College District's Market Basket, each Fiesta Foods's Cookies and each Vocational School District's Fiesta Foods. The number of each Market Basket's Muffins equals 11 times as much as the difference of each Market Basket's Cinnamon Rolls and each High School District's Fiesta Foods. The number of each Fiesta Foods's Cookies equals 9 times as much as the sum of each Vocational School District's Fiesta Foods, each High School District's Fiesta Foods and each Technical College District's Market Basket. The number of each Price Chopper's Muffins equals 0 more than each Fiesta Foods's Cinnamon Rolls. The number of each Vocational School District's Fiesta Foods equals 19. The number of each Vocational School District's Market Basket equals the sum of each Technical College District's Price Chopper, each Fiesta Foods's Cinnamon Rolls and each Technical College District's Market Basket. The number of each Price Chopper's Cookies equals each Vocational School District's Price Chopper. How many Price Chopper does Technical College District have?
|
Define Technical College District's Price Chopper as h; so h = 4.
|
4
|
hard
| 1 |
999,434 |
The number of each Earth Science Lab's Sling Backpack equals the difference of each Ecology Lab's Backpack and each Physics Lab's Sling Backpack. The number of each Genetics Lab's Two-Strap Backpack equals 15 times as much as the difference of each Earth Science Lab's Anti-Theft Backpack and each Earth Science Lab's Backpack. The number of each Ecology Lab's Student Rucksack equals each Physics Lab's Sling Backpack. The number of each Earth Science Lab's Anti-Theft Backpack equals 15 more than each Genetics Lab's Student Rucksack. The number of each Genetics Lab's Student Rucksack equals 21. The number of each Physics Lab's Sling Backpack equals 0. The number of each Genetics Lab's Sling Backpack equals the sum of each Physics Lab's Backpack and each Genetics Lab's Student Rucksack. How many Sling Backpack does Earth Science Lab have?
|
Define Physics Lab's Sling Backpack as k; so k = 0. Define Ecology Lab's Student Rucksack as a; so a = k = 0. Define Ecology Lab's Backpack as c; so c = a = 0. Define Earth Science Lab's Sling Backpack as M; so M = c - k = 0 - 0 = 0.
|
0
|
hard
| 4 |
999,435 |
The number of each Mahi Mahi's Intermediate Carpal equals 10. The number of each Cod's Metacarpal III equals 16 more than each Cod's Radial Carpal. The number of each Cod's Radial Carpal equals 19. The number of each Pike's Metacarpal IV equals each Cod's Metacarpal III. How many Metacarpal IV does Pike have?
|
Define Cod's Radial Carpal as t; so t = 19. Define Cod's Metacarpal III as P; so P = 16 + t = 16 + 19 = 12. Define Pike's Metacarpal IV as M; so M = P = 12.
|
12
|
hard
| 3 |
999,436 |
The number of each Fiesta Mart's Fruit Snacks equals each City Hall District's Supermarket. The number of each Nuts's Strawberry equals the sum of each Public Service District's Uwajimaya, each Granola Bars's Ingredient and each Municipal District's Fiesta Mart. The number of each T&T Supermarket's Hummus equals 2. The number of each Fruit Snacks's Strawberry equals 18 more than each Superior Grocers's Nuts. The number of each Superior Grocers's Granola Bars equals the sum of each City Hall District's T&T Supermarket, each Uwajimaya's Product and each Administrative District's Fiesta Mart. The number of each Fruit Snacks's Avocado equals the difference of each T&T Supermarket's Fruit Snacks and each Administrative District's Product. The number of each Municipal District's Fiesta Mart equals the sum of each Granola Bars's Ingredient, each Hummus's Ingredient, each Uwajimaya's Product and each T&T Supermarket's Fruit Snacks. The number of each Public Service District's T&T Supermarket equals 9. The number of each Nuts's Avocado equals the sum of each Municipal District's Fiesta Mart, each Uwajimaya's Product and each T&T Supermarket's Fruit Snacks. The number of each Fruit Snacks's Pear equals 8. The number of each Administrative District's Fiesta Mart equals 10. The number of each Granola Bars's Cherry equals 14. The number of each Public Service District's Uwajimaya equals each Granola Bars's Ingredient. The number of each Administrative District's Superior Grocers equals each Granola Bars's Ingredient. The number of each Fruit Snacks's Cherry equals 16. The number of each City Hall District's T&T Supermarket equals 4. The number of each Superior Grocers's Nuts equals the difference of each Public Service District's Fiesta Mart and each T&T Supermarket's Hummus. The number of each Public Service District's Fiesta Mart equals 6 more than the sum of each Granola Bars's Cherry and each City Hall District's T&T Supermarket. The number of each T&T Supermarket's Fruit Snacks equals 4 times as much as the sum of each Uwajimaya's Product, each Granola Bars's Ingredient and each Hummus's Ingredient. How many Fiesta Mart does Administrative District have?
|
Define Administrative District's Fiesta Mart as l; so l = 10.
|
10
|
hard
| 1 |
999,437 |
The number of each Organizer Backpack's Carbon Paper equals 2. The number of each Organizer Backpack's Binder Paper equals 14. The number of each Student Rucksack's Carbon Paper equals 15. The number of each Student Rucksack's Binder Paper equals each Organizer Backpack's Binder Paper. How many Carbon Paper does Organizer Backpack have?
|
Define Organizer Backpack's Carbon Paper as c; so c = 2.
|
2
|
hard
| 1 |
999,438 |
The number of each Elbow Joint's T Cells equals each Octopus's Hamstrings. The number of each Manta Ray's Elbow Joint equals 3. The number of each Hamstrings's T Cells equals 8 times as much as the sum of each Hamstrings's Hemocytoblasts, each Octopus's Hamstrings and each Manta Ray's Hamstrings. The number of each Hamstrings's Hemocytoblasts equals each Elbow Joint's T Cells. The number of each Elbow Joint's Hemocytoblasts equals 9 more than each Manta Ray's Hamstrings. The number of each Octopus's Elbow Joint equals 4. The number of each Octopus's Hamstrings equals 4 times as much as each Octopus's Elbow Joint. The number of each Manta Ray's Hamstrings equals 16 more than the sum of each Hamstrings's Hemocytoblasts, each Octopus's Elbow Joint and each Octopus's Hamstrings. How many Hemocytoblasts does Elbow Joint have?
|
Define Octopus's Elbow Joint as c; so c = 4. Define Octopus's Hamstrings as f; so f = 4 * c = 4 * 4 = 16. Define Elbow Joint's T Cells as M; so M = f = 16. Define Hamstrings's Hemocytoblasts as v; so v = M = 16. Define Manta Ray's Hamstrings as Z; D = v + c = 16 + 4 = 20; u = D + f = 20 + 16 = 13; so Z = 16 + u = 16 + 13 = 6. Define Elbow Joint's Hemocytoblasts as P; so P = 9 + Z = 9 + 6 = 15.
|
15
|
med
| 8 |
999,439 |
The number of each Springfield Primary's Cultural Studies Classroom equals each Wheeled Backpack's Colored Paper. The number of each Backpacking Pack's Diary equals 20 times as much as each Cultural Studies Classroom's Mountaineering Backpack. The number of each Dance Studio's Backpacking Pack equals each Springfield Primary's Cultural Studies Classroom. The number of each Pine Ridge Elementary's Dance Studio equals each Mountaineering Backpack's Colored Paper. The number of each Cultural Studies Classroom's Mountaineering Backpack equals 3. The number of each Wheeled Backpack's Colored Paper equals each Backpacking Pack's Diary. The number of each Cultural Studies Classroom's Wheeled Backpack equals each Dance Studio's Backpack. The number of each Wheeled Backpack's Notepad equals each Mountaineering Backpack's Colored Paper. The number of each Mountaineering Backpack's Colored Paper equals 9. How many Wheeled Backpack does Cultural Studies Classroom have?
|
Define Cultural Studies Classroom's Mountaineering Backpack as f; so f = 3. Define Backpacking Pack's Diary as r; so r = 20 * f = 20 * 3 = 14. Define Wheeled Backpack's Colored Paper as p; so p = r = 14. Define Springfield Primary's Cultural Studies Classroom as V; so V = p = 14. Define Dance Studio's Backpacking Pack as B; so B = V = 14. Define Dance Studio's Backpack as x; so x = B = 14. Define Cultural Studies Classroom's Wheeled Backpack as P; so P = x = 14.
|
14
|
hard
| 7 |
999,440 |
The number of each Superior Grocers's Potato Chips equals 11 more than each City Hall District's Fiesta Mart. The number of each Superior Grocers's Cheese Puffs equals the sum of each Fiesta Mart's Potato Chips, each Mitsuwa Marketplace's Rice Cakes, each Federal District's Supermarket and each Mitsuwa Marketplace's Product. The number of each Fiesta Mart's Cheese Puffs equals the sum of each Fiesta Mart's Potato Chips and each Mitsuwa Marketplace's Product. The number of each Superior Grocers's Chocolate Covered Pretzels equals each Mitsuwa Marketplace's Rice Cakes. The number of each City Hall District's Fiesta Mart equals 13. The number of each Fiesta Mart's Potato Chips equals each Federal District's Superior Grocers. The number of each City Hall District's Superior Grocers equals each Mitsuwa Marketplace's Product. The number of each City Hall District's Mitsuwa Marketplace equals 6. The number of each Mitsuwa Marketplace's Rice Cakes equals 16. The number of each Capitol District's Fiesta Mart equals each City Hall District's Mitsuwa Marketplace. The number of each Federal District's Superior Grocers equals 10 times as much as each Mitsuwa Marketplace's Rice Cakes. The number of each Fiesta Mart's Chocolate Covered Pretzels equals 5. How many Fiesta Mart does City Hall District have?
|
Define City Hall District's Fiesta Mart as i; so i = 13.
|
13
|
hard
| 1 |
999,441 |
The number of each Trader Joe's's Trail Mix equals each Nature's Food Patch's Cheese Puffs. The number of each Trader Joe's's Cheese Puffs equals 3 more than each Nature's Food Patch's Trail Mix. The number of each Nature's Food Patch's Cheese Puffs equals 13. The number of each Nature's Food Patch's Trail Mix equals 7. How many Trail Mix does Trader Joe's have?
|
Define Nature's Food Patch's Cheese Puffs as f; so f = 13. Define Trader Joe's's Trail Mix as e; so e = f = 13.
|
13
|
hard
| 2 |
999,442 |
The number of each Preservation District's Dollar General equals each Ancient City's Price Chopper. The number of each Old Harbor's Price Chopper equals the difference of each Preservation District's Supermarket and each Ancient City's Price Chopper. The number of each Ancient City's Price Chopper equals 2. The number of each Ancient City's Save Mart equals 2 more than each Preservation District's Dollar General. How many Supermarket does Old Harbor have?
|
Define Ancient City's Price Chopper as P; so P = 2. Define Preservation District's Dollar General as n; so n = P = 2. Define Preservation District's Supermarket as g; so g = n = 2. Define Old Harbor's Price Chopper as O; so O = g - P = 2 - 2 = 0. Define Old Harbor's Supermarket as s; so s = O = 0.
|
0
|
med
| 5 |
999,443 |
The number of each Laptop Backpack's Charcoal Stick equals each Parkview Secondary's Backpack. The number of each Summit Secondary's Hockey Rink equals the sum of each Scholar Backpack's Erasable Pen and each Athletic Backpack's Whiteboard Marker. The number of each Track and Field's Laptop Backpack equals 2. The number of each Laptop Backpack's Watercolor Pencil equals 19. The number of each Athletic Backpack's Whiteboard Marker equals each Summit Secondary's Track and Field. The number of each Scholar Backpack's Erasable Pen equals 11. The number of each Summit Secondary's Baseball Field equals 2. The number of each Hockey Rink's Sling Backpack equals the sum of each Summit Secondary's Track and Field, each Track and Field's Laptop Backpack, each Athletic Backpack's Whiteboard Marker and each Summit Secondary's Hockey Rink. The number of each Southgate Secondary's Volleyball Court equals 3. The number of each Summit Secondary's Track and Field equals the sum of each Laptop Backpack's Watercolor Pencil and each Track and Field's Laptop Backpack. The number of each Volleyball Court's Athletic Backpack equals the sum of each Southgate Secondary's Volleyball Court and each Kingston Secondary's Classroom. The number of each Track and Field's Scholar Backpack equals 0 more than each Laptop Backpack's Watercolor Pencil. How many Volleyball Court does Southgate Secondary have?
|
Define Southgate Secondary's Volleyball Court as d; so d = 3.
|
3
|
med
| 1 |
999,444 |
The number of each BriarPatch Food Co-op's Hot Chocolate equals each Dean's Natural Food Market's Coffee. The number of each Dean's Natural Food Market's Coffee equals each BriarPatch Food Co-op's Sparkling Water. The number of each Dean's Natural Food Market's Hot Chocolate equals each Dean's Natural Food Market's Sparkling Water. The number of each Jimbo's Naturally's Coffee equals each BriarPatch Food Co-op's Coffee. The number of each BriarPatch Food Co-op's Coffee equals 19. The number of each Dean's Natural Food Market's Sparkling Water equals the difference of each Jimbo's Naturally's Product and each BriarPatch Food Co-op's Hot Chocolate. The number of each BriarPatch Food Co-op's Sparkling Water equals each Jimbo's Naturally's Coffee. The number of each Jimbo's Naturally's Sparkling Water equals 21 more than the difference of each BriarPatch Food Co-op's Hot Chocolate and each BriarPatch Food Co-op's Coffee. The number of each Jimbo's Naturally's Hot Chocolate equals each BriarPatch Food Co-op's Hot Chocolate. How many Hot Chocolate does Dean's Natural Food Market have?
|
Define BriarPatch Food Co-op's Coffee as H; so H = 19. Define Jimbo's Naturally's Coffee as m; so m = H = 19. Define BriarPatch Food Co-op's Sparkling Water as A; so A = m = 19. Define Dean's Natural Food Market's Coffee as g; so g = A = 19. Define BriarPatch Food Co-op's Hot Chocolate as u; so u = g = 19. Define Jimbo's Naturally's Hot Chocolate as T; so T = u = 19. Define Jimbo's Naturally's Sparkling Water as n; a = u - H = 19 - 19 = 0; so n = 21 + a = 21 + 0 = 21. Define Jimbo's Naturally's Product as f; j = n + m = 21 + 19 = 17; so f = j + T = 17 + 19 = 13. Define Dean's Natural Food Market's Sparkling Water as t; so t = f - u = 13 - 19 = 17. Define Dean's Natural Food Market's Hot Chocolate as l; so l = t = 17.
|
17
|
hard
| 12 |
999,445 |
The number of each Bengal Tiger's Chambers of the Heart equals 19 more than the sum of each Anteater's Organs and each Chambers of the Heart's Columnar Epithelial Cells. The number of each Anteater's Cardiac Muscle equals 16 more than the sum of each Chambers of the Heart's Columnar Epithelial Cells and each Chambers of the Heart's Hair Follicle Cells. The number of each Chambers of the Heart's Hair Follicle Cells equals 20. The number of each Anteater's Chambers of the Heart equals 9 more than the difference of each Chambers of the Heart's Hair Follicle Cells and each Chambers of the Heart's Columnar Epithelial Cells. The number of each Bengal Tiger's Cardiac Muscle equals 2 times as much as each Bengal Tiger's Chambers of the Heart. The number of each Chambers of the Heart's Columnar Epithelial Cells equals 19 times as much as each Chambers of the Heart's Hair Follicle Cells. How many Organs does Bengal Tiger have?
|
Define Chambers of the Heart's Hair Follicle Cells as n; so n = 20. Define Chambers of the Heart's Columnar Epithelial Cells as L; so L = 19 * n = 19 * 20 = 12. Define Anteater's Chambers of the Heart as O; Y = n - L = 20 - 12 = 8; so O = 9 + Y = 9 + 8 = 17. Define Anteater's Cardiac Muscle as s; x = L + n = 12 + 20 = 9; so s = 16 + x = 16 + 9 = 2. Define Anteater's Organs as h; so h = s + O = 2 + 17 = 19. Define Bengal Tiger's Chambers of the Heart as A; H = h + L = 19 + 12 = 8; so A = 19 + H = 19 + 8 = 4. Define Bengal Tiger's Cardiac Muscle as d; so d = 2 * A = 2 * 4 = 8. Define Bengal Tiger's Organs as J; so J = d + A = 8 + 4 = 12.
|
12
|
hard
| 11 |
999,446 |
The number of each Fiesta Foods's Wheat Bread equals the sum of each Lidl's Product, each Town Hall District's Supermarket and each Legislative District's Supermarket. The number of each Wheat Bread's Wild Rice equals each Wheat Bread's Rice. The number of each Legislative District's Lidl equals each Wheat Bread's Ingredient. The number of each Legislative District's Fiesta Foods equals each Town Hall District's Supermarket. The number of each Lidl's Pretzels equals 14. The number of each Wheat Bread's Rice equals 2. The number of each Town Hall District's Lidl equals 9. How many Lidl does Legislative District have?
|
Define Wheat Bread's Rice as S; so S = 2. Define Wheat Bread's Wild Rice as T; so T = S = 2. Define Wheat Bread's Ingredient as w; so w = S + T = 2 + 2 = 4. Define Legislative District's Lidl as Z; so Z = w = 4.
|
4
|
med
| 4 |
999,447 |
The number of each Chemistry Lab's Tool Backpack equals 11 times as much as each Chemistry Lab's Office Backpack. The number of each Botany Lab's Drone Backpack equals 1. The number of each Drone Backpack's Label Maker equals 14 more than each Botany Lab's Drone Backpack. The number of each Office Backpack's Paper Clip equals the sum of each Drone Backpack's Label Maker and each Botany Lab's Drone Backpack. The number of each Chemistry Lab's Office Backpack equals each Tool Backpack's Stationery. How many Stationery does Chemistry Lab have?
|
Define Botany Lab's Drone Backpack as N; so N = 1. Define Drone Backpack's Label Maker as X; so X = 14 + N = 14 + 1 = 15. Define Office Backpack's Paper Clip as T; so T = X + N = 15 + 1 = 16. Define Tool Backpack's Stationery as k; so k = 0. Define Office Backpack's Stationery as l; so l = T = 16. Define Chemistry Lab's Office Backpack as e; so e = k = 0. Define Chemistry Lab's Tool Backpack as c; so c = 11 * e = 11 * 0 = 0. Define Chemistry Lab's Stationery as K; H = e * l = 0 * 16 = 0; E = c * k = 0 * 0 = 0; so K = H + E = 0 + 0 = 0.
|
0
|
hard
| 10 |
999,448 |
The number of each Parliamentary District's HelloFresh equals each Bureaucratic District's HelloFresh. The number of each Bureaucratic District's Bigbasket equals 13. The number of each Parliamentary District's Bigbasket equals 22 more than each Bureaucratic District's Bigbasket. The number of each Diplomatic District's Instacart equals 8. The number of each Diplomatic District's HelloFresh equals 9. The number of each Bureaucratic District's Instacart equals 16 more than each Bureaucratic District's Bigbasket. The number of each Parliamentary District's Instacart equals each Bureaucratic District's Supermarket. The number of each Diplomatic District's Bigbasket equals 0. The number of each Bureaucratic District's HelloFresh equals each Bureaucratic District's Bigbasket. How many Supermarket does Parliamentary District have?
|
Define Bureaucratic District's Bigbasket as z; so z = 13. Define Bureaucratic District's HelloFresh as O; so O = z = 13. Define Bureaucratic District's Instacart as s; so s = 16 + z = 16 + 13 = 6. Define Bureaucratic District's Supermarket as J; e = s + O = 6 + 13 = 19; so J = e + z = 19 + 13 = 9. Define Parliamentary District's Instacart as E; so E = J = 9. Define Parliamentary District's Bigbasket as i; so i = 22 + z = 22 + 13 = 12. Define Parliamentary District's HelloFresh as Q; so Q = O = 13. Define Parliamentary District's Supermarket as k; m = E + Q = 9 + 13 = 22; so k = m + i = 22 + 12 = 11.
|
11
|
med
| 10 |
999,449 |
The number of each Brookside Elementary's Trigonometry Room equals the sum of each Brookside Elementary's Geometry Room, each Springfield Primary's Classroom and each Springfield Primary's Trigonometry Room. The number of each Brookside Elementary's Geometry Room equals 6. The number of each Springfield Primary's Geometry Room equals 11. The number of each Springfield Primary's Trigonometry Room equals 20 times as much as each Brookside Elementary's Geometry Room. How many Classroom does Springfield Primary have?
|
Define Brookside Elementary's Geometry Room as K; so K = 6. Define Springfield Primary's Trigonometry Room as p; so p = 20 * K = 20 * 6 = 5. Define Springfield Primary's Geometry Room as o; so o = 11. Define Springfield Primary's Classroom as n; so n = p + o = 5 + 11 = 16.
|
16
|
med
| 4 |
999,450 |
The number of each Lowland Grassland's Armadillo equals 19. The number of each Alpine Grassland's Rhinoceros equals each Lowland Grassland's Creatures. The number of each Alpine Grassland's Armadillo equals each Alpine Grassland's Rhinoceros. The number of each Lowland Grassland's Rhinoceros equals 12. How many Armadillo does Alpine Grassland have?
|
Define Lowland Grassland's Rhinoceros as h; so h = 12. Define Lowland Grassland's Armadillo as M; so M = 19. Define Lowland Grassland's Creatures as v; so v = M + h = 19 + 12 = 8. Define Alpine Grassland's Rhinoceros as K; so K = v = 8. Define Alpine Grassland's Armadillo as j; so j = K = 8.
|
8
|
hard
| 5 |
999,451 |
The number of each Vorticella's Tricuspid Valve equals the difference of each Tardigrade's Tricuspid Valve and each Vorticella's Pulmonary Arteries. The number of each Vorticella's Pulmonary Arteries equals 1. The number of each Diatom's Pulmonary Arteries equals 21 more than each Tardigrade's Tricuspid Valve. The number of each Tardigrade's Saphenous Vein equals 9 more than each Vorticella's Pulmonary Arteries. The number of each Diatom's Saphenous Vein equals the difference of each Vorticella's Pulmonary Arteries and each Vorticella's Arteries. The number of each Tardigrade's Pulmonary Arteries equals 19 more than each Tardigrade's Saphenous Vein. The number of each Tardigrade's Arteries equals 7 times as much as the sum of each Diatom's Pulmonary Arteries and each Tardigrade's Saphenous Vein. The number of each Vorticella's Arteries equals 14 times as much as each Vorticella's Pulmonary Arteries. The number of each Tardigrade's Tricuspid Valve equals 17. The number of each Vorticella's Saphenous Vein equals 8. The number of each Diatom's Arteries equals the sum of each Tardigrade's Arteries, each Vorticella's Saphenous Vein and each Tardigrade's Pulmonary Arteries. How many Saphenous Vein does Vorticella have?
|
Define Vorticella's Saphenous Vein as J; so J = 8.
|
8
|
med
| 1 |
999,452 |
The number of each Oceanografic's Anteater Area equals 7 more than the difference of each Anteater Area's Animal and each Anteater Area's Flamingo. The number of each Rhinoceros Pen's Sparrow equals 11. The number of each Panda Exhibit's Sparrow equals the difference of each Oceanografic's Panda Exhibit and each Panda Exhibit's Hawk. The number of each Panda Exhibit's Hawk equals 2 times as much as each Oceanografic's Panda Exhibit. The number of each Georgia Aquarium's Rhinoceros Pen equals 12. The number of each Rhinoceros Pen's Hawk equals 20 more than the sum of each Oceanografic's Rhinoceros Pen, each Shedd Aquarium's Enclosure and each Rhinoceros Pen's Sparrow. The number of each Oceanografic's Panda Exhibit equals 20 times as much as the difference of each Rhinoceros Pen's Sparrow and each Shedd Aquarium's Rhinoceros Pen. The number of each Oceanografic's Rhinoceros Pen equals each Anteater Area's Flamingo. The number of each Anteater Area's Flamingo equals 10. The number of each Shedd Aquarium's Rhinoceros Pen equals each Rhinoceros Pen's Sparrow. The number of each Rhinoceros Pen's Flamingo equals the difference of each Rhinoceros Pen's Sparrow and each Anteater Area's Animal. The number of each Georgia Aquarium's Anteater Area equals 6. How many Animal does Anteater Area have?
|
Define Anteater Area's Flamingo as j; so j = 10. Define Anteater Area's Animal as v; so v = j = 10.
|
10
|
med
| 2 |
999,453 |
The number of each Meerkat Manor's Monkey equals 18. The number of each Meerkat Manor's Panda equals 5. The number of each Tiger Territory's Monkey equals each Meerkat Manor's Panda. The number of each Tiger Territory's Panda equals each Meerkat Manor's Monkey. How many Panda does Tiger Territory have?
|
Define Meerkat Manor's Monkey as U; so U = 18. Define Tiger Territory's Panda as Z; so Z = U = 18.
|
18
|
hard
| 2 |
999,454 |
The number of each Mackerel's Caudal Vertebrae 12 equals 12. The number of each Bird Paradise Wildlife Park's Kangaroo Walkabout equals the sum of each Mackerel's Caudal Vertebrae 12, each Sylvan Heights Bird Park's Zebra Paddock, each Zebra Paddock's Mackerel and each Oklahoma City Zoo and Botanical Garden's Zebra Paddock. The number of each Sardine's Caudal Vertebrae 12 equals the sum of each Bird Paradise Wildlife Park's Rhinoceros Pen and each Mackerel's Caudal Vertebrae 12. The number of each Sardine's Caudal Vertebrae 5 equals each Sylvan Heights Bird Park's Rhinoceros Pen. The number of each Sylvan Heights Bird Park's Kangaroo Walkabout equals 19 times as much as the sum of each Mackerel's Caudal Vertebrae 12, each Rhinoceros Pen's Mackerel and each Sardine's Caudal Vertebrae 5. The number of each Zebra Paddock's Mackerel equals each Mackerel's Caudal Vertebrae 12. The number of each Rhinoceros Pen's Sardine equals 21. The number of each Rhinoceros Pen's Mackerel equals 20 more than each Rhinoceros Pen's Sardine. The number of each Sylvan Heights Bird Park's Rhinoceros Pen equals 5 times as much as each Rhinoceros Pen's Animal. The number of each Oklahoma City Zoo and Botanical Garden's Rhinoceros Pen equals 10 times as much as each Bird Paradise Wildlife Park's Animal. The number of each Zebra Paddock's Sardine equals the sum of each Sardine's Caudal Vertebrae 5 and each Rhinoceros Pen's Sardine. The number of each Sardine's Caudal Vertebrae 11 equals 8. The number of each Sylvan Heights Bird Park's Zebra Paddock equals 1. The number of each Oklahoma City Zoo and Botanical Garden's Zebra Paddock equals 3 times as much as each Mackerel's Caudal Vertebrae 12. The number of each Mackerel's Caudal Vertebrae 5 equals each Zebra Paddock's Sardine. The number of each Bird Paradise Wildlife Park's Rhinoceros Pen equals 21 times as much as each Zebra Paddock's Mackerel. The number of each Oklahoma City Zoo and Botanical Garden's Kangaroo Walkabout equals each Sylvan Heights Bird Park's Zebra Paddock. The number of each Kangaroo Walkabout's Mackerel equals each Oklahoma City Zoo and Botanical Garden's Zebra Paddock. How many Rhinoceros Pen does Sylvan Heights Bird Park have?
|
Define Rhinoceros Pen's Sardine as J; so J = 21. Define Rhinoceros Pen's Mackerel as q; so q = 20 + J = 20 + 21 = 18. Define Rhinoceros Pen's Animal as v; so v = J + q = 21 + 18 = 16. Define Sylvan Heights Bird Park's Rhinoceros Pen as k; so k = 5 * v = 5 * 16 = 11.
|
11
|
med
| 4 |
999,455 |
The number of each Cedarwood Elementary's Microbiology Lab equals each North Star Elementary's Inorganic Chemistry Lab. The number of each Scholar Backpack's Laminating Sheets equals 4. The number of each Inorganic Chemistry Lab's Scholar Backpack equals 8 more than the difference of each Microbiology Lab's Sling Backpack and each Inorganic Chemistry Lab's Rolling Backpack. The number of each Environmental Science Lab's Rolling Backpack equals the sum of each Scholar Backpack's Laminating Sheets, each Microbiology Lab's Rolling Backpack and each Environmental Science Lab's Sling Backpack. The number of each Sling Backpack's Laminating Sheets equals the sum of each Microbiology Lab's Rolling Backpack, each Sling Backpack's Rubber Band and each Scholar Backpack's Laminating Sheets. The number of each Cedarwood Elementary's Environmental Science Lab equals 20 times as much as each North Star Elementary's Inorganic Chemistry Lab. The number of each North Star Elementary's Inorganic Chemistry Lab equals 10. The number of each Microbiology Lab's Sling Backpack equals 17. The number of each Scholar Backpack's Label Maker equals 5 more than the sum of each Sling Backpack's Laminating Sheets, each Environmental Science Lab's Sling Backpack and each Inorganic Chemistry Lab's Scholar Backpack. The number of each Sling Backpack's Rubber Band equals 12 times as much as each Environmental Science Lab's Rolling Backpack. The number of each Inorganic Chemistry Lab's Rolling Backpack equals each Sling Backpack's Laminating Sheets. The number of each North Star Elementary's Microbiology Lab equals 18 times as much as the sum of each Cedarwood Elementary's Environmental Science Lab and each North Star Elementary's Inorganic Chemistry Lab. The number of each Environmental Science Lab's Sling Backpack equals 2. The number of each Lakeview Elementary's Inorganic Chemistry Lab equals 20 times as much as each Cedarwood Elementary's Backpack. The number of each Microbiology Lab's Rolling Backpack equals 17 times as much as the sum of each Scholar Backpack's Laminating Sheets and each Environmental Science Lab's Sling Backpack. How many Classroom does North Star Elementary have?
|
Define North Star Elementary's Inorganic Chemistry Lab as B; so B = 10. Define Cedarwood Elementary's Environmental Science Lab as f; so f = 20 * B = 20 * 10 = 16. Define North Star Elementary's Microbiology Lab as Q; F = f + B = 16 + 10 = 3; so Q = 18 * F = 18 * 3 = 8. Define North Star Elementary's Classroom as P; so P = Q + B = 8 + 10 = 18.
|
18
|
med
| 5 |
999,456 |
The number of each Table Tennis Room's Top-Loading Backpack equals each Table Tennis Room's Weekender Backpack. The number of each Elmwood Elementary's Weight Training Room equals 11. The number of each Hilltop Elementary's Table Tennis Room equals 15 more than the difference of each Table Tennis Room's Weekender Backpack and each Table Tennis Room's Top-Loading Backpack. The number of each Table Tennis Room's Weekender Backpack equals 1. How many Backpack does Hilltop Elementary have?
|
Define Table Tennis Room's Weekender Backpack as E; so E = 1. Define Table Tennis Room's Top-Loading Backpack as m; so m = E = 1. Define Hilltop Elementary's Table Tennis Room as R; x = E - m = 1 - 1 = 0; so R = 15 + x = 15 + 0 = 15. Define Table Tennis Room's Backpack as f; so f = E + m = 1 + 1 = 2. Define Hilltop Elementary's Backpack as i; so i = R * f = 15 * 2 = 7.
|
7
|
med
| 6 |
999,457 |
The number of each Hamstrings's Cerebellar Neurons equals the sum of each Sea Anemone's Pelvis, each Sea Anemone's Hamstrings and each Sea Anemone's Organs. The number of each Sea Anemone's Pelvis equals 17 more than each Pelvis's Oligodendrocytes. The number of each Humerus's Cerebellar Neurons equals 10 more than the sum of each Sea Anemone's Hamstrings and each Sea Anemone's Organs. The number of each Hamstrings's Oligodendrocytes equals 0 more than each Blue Whale's Pelvis. The number of each Sea Anemone's Hamstrings equals each Sea Anemone's Pelvis. The number of each Humerus's Sensory Neurons equals 0. The number of each Walrus's Hamstrings equals 8. The number of each Walrus's Pelvis equals each Sea Anemone's Hamstrings. The number of each Pelvis's Cerebellar Neurons equals each Blue Whale's Humerus. The number of each Blue Whale's Pelvis equals each Hamstrings's Sensory Neurons. The number of each Pelvis's Sensory Neurons equals 10. The number of each Walrus's Humerus equals 20 times as much as the difference of each Pelvis's Cells and each Humerus's Cerebellar Neurons. The number of each Blue Whale's Humerus equals 22. The number of each Pelvis's Oligodendrocytes equals 22. The number of each Hamstrings's Sensory Neurons equals 16. The number of each Humerus's Oligodendrocytes equals each Pelvis's Sensory Neurons. How many Pelvis does Walrus have?
|
Define Pelvis's Oligodendrocytes as C; so C = 22. Define Sea Anemone's Pelvis as y; so y = 17 + C = 17 + 22 = 16. Define Sea Anemone's Hamstrings as I; so I = y = 16. Define Walrus's Pelvis as t; so t = I = 16.
|
16
|
hard
| 4 |
999,458 |
The number of each Statistics Lab's Backpacking Pack equals each Structural Engineering Lab's Ultralight Backpack. The number of each Engineering Workshop's Ultralight Backpack equals 9 more than each Linear Algebra Room's Packable Travel Backpack. The number of each Linear Algebra Room's Backpacking Pack equals 0. The number of each Structural Engineering Lab's Backpacking Pack equals 22 times as much as each Linear Algebra Room's Backpacking Pack. The number of each Engineering Workshop's Wheeled Backpack equals each Linear Algebra Room's Backpacking Pack. The number of each Structural Engineering Lab's Wheeled Backpack equals 18 more than the sum of each Structural Engineering Lab's Ultralight Backpack, each Statistics Lab's Backpack and each Linear Algebra Room's Packable Travel Backpack. The number of each Statistics Lab's Ultralight Backpack equals each Statistics Lab's Backpacking Pack. The number of each Linear Algebra Room's Wheeled Backpack equals the sum of each Engineering Workshop's Wheeled Backpack, each Linear Algebra Room's Backpacking Pack and each Structural Engineering Lab's Backpacking Pack. The number of each Engineering Workshop's Backpacking Pack equals 0. The number of each Engineering Workshop's Packable Travel Backpack equals each Structural Engineering Lab's Backpack. The number of each Structural Engineering Lab's Ultralight Backpack equals 8. The number of each Statistics Lab's Wheeled Backpack equals 5 more than the sum of each Engineering Workshop's Ultralight Backpack and each Linear Algebra Room's Packable Travel Backpack. The number of each Linear Algebra Room's Packable Travel Backpack equals 8 more than each Statistics Lab's Backpacking Pack. How many Wheeled Backpack does Statistics Lab have?
|
Define Structural Engineering Lab's Ultralight Backpack as J; so J = 8. Define Statistics Lab's Backpacking Pack as q; so q = J = 8. Define Linear Algebra Room's Packable Travel Backpack as U; so U = 8 + q = 8 + 8 = 16. Define Engineering Workshop's Ultralight Backpack as H; so H = 9 + U = 9 + 16 = 2. Define Statistics Lab's Wheeled Backpack as T; D = H + U = 2 + 16 = 18; so T = 5 + D = 5 + 18 = 0.
|
0
|
med
| 6 |
999,459 |
The number of each 99 Ranch Market's Almond Milk equals each Bottled Water's Ingredient. The number of each NetCost Market's Bottled Water equals 17. The number of each Almond Milk's Cayenne Pepper equals 21 more than the difference of each Bureaucratic District's 99 Ranch Market and each Bureaucratic District's NetCost Market. The number of each Bureaucratic District's NetCost Market equals 8 more than each Bureaucratic District's 99 Ranch Market. The number of each Bureaucratic District's 99 Ranch Market equals 1. The number of each Parliamentary District's New Grand Mart equals 9 times as much as the sum of each Bureaucratic District's 99 Ranch Market, each Bureaucratic District's NetCost Market and each Almond Milk's Cayenne Pepper. The number of each Milk's Parsley equals each Consulate District's Ingredient. The number of each Bottled Water's Chili Powder equals 21 times as much as each NetCost Market's Bottled Water. The number of each 99 Ranch Market's Milk equals 7 more than each Almond Milk's Cayenne Pepper. How many Ingredient does NetCost Market have?
|
Define NetCost Market's Bottled Water as P; so P = 17. Define Bottled Water's Chili Powder as T; so T = 21 * P = 21 * 17 = 12. Define Bottled Water's Ingredient as b; so b = T = 12. Define NetCost Market's Ingredient as L; so L = P * b = 17 * 12 = 20.
|
20
|
med
| 4 |
999,460 |
The number of each Bald Eagle's Nasal Cavity equals each Stork's Larynx. The number of each Pleural Cavity's Endothelial Cells equals 0. The number of each Condor's Pleural Cavity equals the sum of each Bald Eagle's Nasal Cavity and each Bald Eagle's Respiratory Mucosa. The number of each Bald Eagle's Respiratory Mucosa equals each Kingfisher's Cells. The number of each Stork's Larynx equals each Bald Eagle's Respiratory Mucosa. The number of each Respiratory Mucosa's Keratinocytes equals 19. The number of each Pleural Cavity's Columnar Epithelial Cells equals 20. The number of each Pleural Cavity's Transitional Epithelial Cells equals each Condor's Organs. The number of each Kingfisher's Larynx equals each Pleural Cavity's Endothelial Cells. How many Transitional Epithelial Cells does Pleural Cavity have?
|
Define Pleural Cavity's Endothelial Cells as b; so b = 0. Define Kingfisher's Larynx as H; so H = b = 0. Define Larynx's Cells as q; so q = 0. Define Kingfisher's Cells as v; so v = H * q = 0 * 0 = 0. Define Bald Eagle's Respiratory Mucosa as p; so p = v = 0. Define Stork's Larynx as e; so e = p = 0. Define Bald Eagle's Nasal Cavity as d; so d = e = 0. Define Condor's Pleural Cavity as i; so i = d + p = 0 + 0 = 0. Define Condor's Organs as K; so K = i = 0. Define Pleural Cavity's Transitional Epithelial Cells as w; so w = K = 0.
|
0
|
hard
| 10 |
999,461 |
The number of each Online Academy's Environmental Science Lab equals 1. The number of each Virtual Scholars Academy's Environmental Science Lab equals each Online Academy's Environmental Science Lab. The number of each Genetics Lab's Presentation Backpack equals 11. The number of each Environmental Science Lab's Presentation Backpack equals the sum of each Genetics Lab's Modular Backpack, each Online Academy's Genetics Lab, each Genetics Lab's Presentation Backpack and each Genetics Lab's Backpack. The number of each Virtual Scholars Academy's Genetics Lab equals 9. The number of each Online Academy's Genetics Lab equals the sum of each Genetics Lab's Backpack and each Genetics Lab's Modular Backpack. The number of each Genetics Lab's Modular Backpack equals each Genetics Lab's Presentation Backpack. The number of each Environmental Science Lab's Modular Backpack equals each Genetics Lab's Modular Backpack. How many Modular Backpack does Genetics Lab have?
|
Define Genetics Lab's Presentation Backpack as D; so D = 11. Define Genetics Lab's Modular Backpack as M; so M = D = 11.
|
11
|
med
| 2 |
999,462 |
The number of each Energy Drinks's Basil equals 22 times as much as each Walmart's Kombucha. The number of each Sam's Club's Kombucha equals each Walmart's Energy Drinks. The number of each Sam's Club's Soy Milk equals 15. The number of each Soy Milk's Dill equals the sum of each Sam's Club's Kombucha and each Sam's Club's Soy Milk. The number of each Waitrose's Kombucha equals 21. The number of each Kombucha's Garlic Powder equals 13 times as much as each Soy Milk's Basil. The number of each Waitrose's Soy Milk equals 12 more than each Waitrose's Kombucha. The number of each Walmart's Energy Drinks equals 3. The number of each Walmart's Soy Milk equals 5 times as much as each Waitrose's Kombucha. The number of each Walmart's Kombucha equals 19 times as much as each Walmart's Soy Milk. The number of each Kombucha's Basil equals 15 times as much as each Walmart's Kombucha. The number of each Energy Drinks's Garlic Powder equals 6 more than each Waitrose's Soy Milk. The number of each Energy Drinks's Dill equals 1. The number of each Sam's Club's Energy Drinks equals 10. The number of each Soy Milk's Basil equals 14. How many Basil does Energy Drinks have?
|
Define Waitrose's Kombucha as R; so R = 21. Define Walmart's Soy Milk as N; so N = 5 * R = 5 * 21 = 13. Define Walmart's Kombucha as D; so D = 19 * N = 19 * 13 = 17. Define Energy Drinks's Basil as M; so M = 22 * D = 22 * 17 = 6.
|
6
|
med
| 4 |
999,463 |
The number of each Cloud Forest's Jellyfish equals each Cardiac Muscle's Hepatocytes. The number of each Jellyfish's Capillaries equals each Cloud Forest's Clownfish. The number of each Mixed Forest's Clownfish equals the sum of each Cloud Forest's Jellyfish, each Pulmonary Veins's Cells, each Mixed Forest's Crab and each Old-growth Forest's Clownfish. The number of each Pine Forest's Clownfish equals 9 more than each Pulmonary Veins's Hair Follicle Cells. The number of each Venules's Mesothelial Cells equals each Crab's Cells. The number of each Jellyfish's Pulmonary Veins equals the difference of each Cloud Forest's Clownfish and each Jellyfish's Capillaries. The number of each Old-growth Forest's Octopus equals 12. The number of each Crab's Pulmonary Veins equals each Venules's Hepatocytes. The number of each Cloud Forest's Clownfish equals 6. The number of each Venules's Hepatocytes equals each Pine Forest's Creatures. The number of each Cardiac Muscle's Hepatocytes equals 20. The number of each Crab's Capillaries equals 12 times as much as the difference of each Pine Forest's Creatures and each Pulmonary Veins's Hair Follicle Cells. The number of each Pulmonary Veins's Glandular Cells equals each Old-growth Forest's Crab. The number of each Jellyfish's Venules equals 20 more than the difference of each Old-growth Forest's Crab and each Clownfish's Pulmonary Veins. The number of each Cloud Forest's Octopus equals the difference of each Cloud Forest's Clownfish and each Old-growth Forest's Octopus. The number of each Octopus's Cardiac Muscle equals 19 more than each Jellyfish's Capillaries. The number of each Cardiac Muscle's Hair Follicle Cells equals 2. The number of each Old-growth Forest's Crab equals the sum of each Crab's Capillaries and each Pine Forest's Clownfish. The number of each Clownfish's Pulmonary Veins equals 3 times as much as each Old-growth Forest's Clownfish. The number of each Mixed Forest's Crab equals the sum of each Jellyfish's Capillaries and each Old-growth Forest's Octopus. The number of each Pulmonary Veins's Hair Follicle Cells equals 11. The number of each Cardiac Muscle's Glandular Cells equals the difference of each Pine Forest's Creatures and each Pine Forest's Clownfish. The number of each Old-growth Forest's Clownfish equals 8 more than the difference of each Crab's Pulmonary Veins and each Pine Forest's Creatures. How many Organs does Crab have?
|
Define Pulmonary Veins's Hair Follicle Cells as V; so V = 11. Define Pine Forest's Clownfish as R; so R = 9 + V = 9 + 11 = 20. Define Pine Forest's Creatures as q; so q = R = 20. Define Venules's Hepatocytes as I; so I = q = 20. Define Crab's Pulmonary Veins as p; so p = I = 20. Define Crab's Capillaries as h; K = q - V = 20 - 11 = 9; so h = 12 * K = 12 * 9 = 16. Define Crab's Organs as T; so T = h + p = 16 + 20 = 13.
|
13
|
hard
| 8 |
999,464 |
The number of each Flamingo Gardens's Tropical Fish Tanks equals the sum of each Crustacean Cove's Animal, each Crustacean Cove's Bone, each Monte Casino Bird Park's Enclosure and each Gila Monster's Caudal Vertebrae 9. The number of each Tropical Fish Tanks's Gila Monster equals 18. The number of each Gila Monster's Caudal Vertebrae 9 equals 22. The number of each Flamingo Gardens's Crustacean Cove equals the sum of each Gila Monster's Bone, each Anole's Caudal Vertebrae 5, each Monte Casino Bird Park's Animal and each Crustacean Cove's Animal. The number of each Tropical Fish Tanks's Anole equals each Tropical Fish Tanks's Gila Monster. The number of each Anole's Caudal Vertebrae 5 equals each Gila Monster's Caudal Vertebrae 9. How many Bone does Gila Monster have?
|
Define Gila Monster's Caudal Vertebrae 9 as W; so W = 22. Define Gila Monster's Bone as v; so v = W = 22.
|
22
|
hard
| 2 |
999,465 |
The number of each Vorticella's Humerus equals 6 more than the sum of each Humerus's Neurons and each Chlamydomonas's Organs. The number of each Achilles Tendon's Neurons equals 14. The number of each Vorticella's Femur equals 22. The number of each Chlamydomonas's Humerus equals 5 times as much as the difference of each Chlamydomonas's Achilles Tendon and each Vorticella's Femur. The number of each Achilles Tendon's Photoreceptor Cells equals 17 times as much as the difference of each Chlamydomonas's Humerus and each Vorticella's Femur. The number of each Humerus's Neurons equals 16 times as much as each Achilles Tendon's Photoreceptor Cells. The number of each Femur's Neurons equals each Achilles Tendon's Neurons. The number of each Vorticella's Achilles Tendon equals 8. The number of each Femur's Photoreceptor Cells equals 7 times as much as each Vorticella's Femur. The number of each Chlamydomonas's Femur equals 17 more than the sum of each Chlamydomonas's Achilles Tendon, each Vorticella's Femur and each Humerus's Cells. The number of each Humerus's Photoreceptor Cells equals the sum of each Humerus's Neurons, each Achilles Tendon's Cells and each Chlamydomonas's Humerus. The number of each Chlamydomonas's Achilles Tendon equals 20 times as much as each Vorticella's Femur. How many Neurons does Humerus have?
|
Define Vorticella's Femur as h; so h = 22. Define Chlamydomonas's Achilles Tendon as N; so N = 20 * h = 20 * 22 = 3. Define Chlamydomonas's Humerus as J; H = N - h = 3 - 22 = 4; so J = 5 * H = 5 * 4 = 20. Define Achilles Tendon's Photoreceptor Cells as y; B = J - h = 20 - 22 = 21; so y = 17 * B = 17 * 21 = 12. Define Humerus's Neurons as Z; so Z = 16 * y = 16 * 12 = 8.
|
8
|
med
| 7 |
999,466 |
The number of each Gorgon's Saphenous Vein equals each Alpine Grassland's Gorgon. The number of each Gorgon's Pulmonary Valve equals each Gorgon's Veins. The number of each Lowland Grassland's Yeti equals 7 more than each Prairie's Organs. The number of each Gorgon's Veins equals 7 more than the sum of each Banshee's Saphenous Vein and each Alpine Grassland's Gorgon. The number of each Lowland Grassland's Gorgon equals 10 more than each Leprechaun's Organs. The number of each Alpine Grassland's Banshee equals 16. The number of each Banshee's Saphenous Vein equals each Alpine Grassland's Banshee. The number of each Alpine Grassland's Gorgon equals 14. The number of each Northern Grassland's Gorgon equals 12 more than the difference of each Yeti's Pulmonary Valve and each Alpine Grassland's Gorgon. The number of each Yeti's Pulmonary Valve equals 12 more than each Alpine Grassland's Gorgon. The number of each Yeti's Capillaries equals each Yeti's Pulmonary Valve. The number of each Northern Grassland's Leprechaun equals the sum of each Prairie's Organs, each Alpine Grassland's Banshee, each Northern Grassland's Gorgon and each Lowland Grassland's Gorgon. How many Creatures does Lowland Grassland have?
|
Define Leprechaun's Organs as a; so a = 0. Define Lowland Grassland's Gorgon as o; so o = 10 + a = 10 + 0 = 10. Define Prairie's Organs as b; so b = 0. Define Lowland Grassland's Yeti as f; so f = 7 + b = 7 + 0 = 7. Define Lowland Grassland's Creatures as M; so M = o + f = 10 + 7 = 17.
|
17
|
hard
| 5 |
999,467 |
The number of each Cheese Puffs's Grapefruit equals each Fruit Snacks's Grape. The number of each Fruit Snacks's Grapefruit equals 6. The number of each Fruit Snacks's Grape equals 17. How many Grapefruit does Cheese Puffs have?
|
Define Fruit Snacks's Grape as N; so N = 17. Define Cheese Puffs's Grapefruit as o; so o = N = 17.
|
17
|
med
| 2 |
999,468 |
The number of each Parrot's Caudal Vertebrae 10 equals the sum of each Zoo Zürich's Seadragon Deep and each Seadragon Deep's Parrot. The number of each Seadragon Deep's Parrot equals each Zoo Zürich's Seadragon Deep. The number of each Cincinnati Zoo's Seadragon Deep equals 6. The number of each Saltwater Fish Exhibit's Parrot equals 14 more than each Albatross's Bone. The number of each Albatross's Caudal Vertebrae 12 equals 20 times as much as each Seadragon Deep's Parrot. The number of each Seadragon Deep's Albatross equals the sum of each Parrot's Bone and each Cincinnati Zoo's Seadragon Deep. The number of each Zoo Zürich's Saltwater Fish Exhibit equals 0 more than each Cincinnati Zoo's Seadragon Deep. The number of each Albatross's Caudal Vertebrae 10 equals each Zoo Zürich's Enclosure. The number of each Cincinnati Zoo's Saltwater Fish Exhibit equals 14. The number of each Zoo Zürich's Seadragon Deep equals the difference of each Zoo Zürich's Saltwater Fish Exhibit and each Cincinnati Zoo's Seadragon Deep. How many Parrot does Saltwater Fish Exhibit have?
|
Define Cincinnati Zoo's Seadragon Deep as Y; so Y = 6. Define Zoo Zürich's Saltwater Fish Exhibit as G; so G = 0 + Y = 0 + 6 = 6. Define Zoo Zürich's Seadragon Deep as L; so L = G - Y = 6 - 6 = 0. Define Zoo Zürich's Enclosure as w; so w = L + G = 0 + 6 = 6. Define Albatross's Caudal Vertebrae 10 as K; so K = w = 6. Define Seadragon Deep's Parrot as B; so B = L = 0. Define Albatross's Caudal Vertebrae 12 as t; so t = 20 * B = 20 * 0 = 0. Define Albatross's Bone as y; so y = K + t = 6 + 0 = 6. Define Saltwater Fish Exhibit's Parrot as c; so c = 14 + y = 14 + 6 = 20.
|
20
|
hard
| 9 |
999,469 |
The number of each Kangaroo's Fetlock equals each Kangaroo Walkabout's Animal. The number of each Elephant Habitat's Zebra equals 21. The number of each Kangaroo Walkabout's Lion equals 21. The number of each Giraffe Enclosure's Kangaroo equals 15. The number of each Giraffe Enclosure's Zebra equals each Kangaroo Walkabout's Animal. The number of each Kangaroo's Metacarpal Bones equals 11. The number of each Lion's Sesamoid Bones equals 12. The number of each Elephant Habitat's Kangaroo equals each Lion's Sesamoid Bones. How many Fetlock does Kangaroo have?
|
Define Kangaroo Walkabout's Lion as Z; so Z = 21. Define Kangaroo Walkabout's Animal as Y; so Y = Z = 21. Define Kangaroo's Fetlock as u; so u = Y = 21.
|
21
|
med
| 3 |
999,470 |
The number of each Convertible Backpack's Drawing Board equals 16. The number of each Sociology Classroom's Travel Daypack equals the sum of each Convertible Backpack's Stationery, each Wheeled Backpack's Stationery and each Literature Classroom's Wheeled Backpack. The number of each Travel Daypack's Modelling Tools equals 11 times as much as each Roll-Top Backpack's Modelling Tools. The number of each Roll-Top Backpack's Modelling Tools equals the sum of each Convertible Backpack's Modelling Tools, each Wheeled Backpack's Stationery and each Convertible Backpack's Stationery. The number of each Travel Daypack's Palette equals 8 times as much as the sum of each Literature Classroom's Wheeled Backpack and each Convertible Backpack's Modelling Tools. The number of each Drawing Studio's Travel Daypack equals the sum of each Literature Classroom's Wheeled Backpack and each Roll-Top Backpack's Modelling Tools. The number of each History Classroom's Travel Daypack equals 0 more than each Sociology Classroom's Stationery. The number of each Drawing Studio's Roll-Top Backpack equals 12 more than each Convertible Backpack's Drawing Board. The number of each Literature Classroom's Convertible Backpack equals 14. The number of each Convertible Backpack's Modelling Tools equals each Literature Classroom's Wheeled Backpack. The number of each Roll-Top Backpack's Drawing Board equals the difference of each Travel Daypack's Palette and each Sociology Classroom's Stationery. The number of each Literature Classroom's Wheeled Backpack equals 18. The number of each Roll-Top Backpack's Embossing Powder equals 5 times as much as the difference of each Convertible Backpack's Drawing Board and each Wheeled Backpack's Stationery. How many Drawing Board does Convertible Backpack have?
|
Define Convertible Backpack's Drawing Board as t; so t = 16.
|
16
|
med
| 1 |
999,471 |
The number of each Aldi's Canned Milk equals each BJ's Wholesale Club's Canned Meats. The number of each BJ's Wholesale Club's Canned Meats equals 22. How many Canned Meats does BJ's Wholesale Club have?
|
Define BJ's Wholesale Club's Canned Meats as m; so m = 22.
|
22
|
med
| 1 |
999,472 |
The number of each Backpacking Pack's Name Badge equals 0 more than the sum of each Backpacking Pack's Divider Tabs, each Packable Travel Backpack's Stationery and each Packable Travel Backpack's Document Box. The number of each Packable Travel Backpack's Document Box equals each Duffle Backpack's Accordion File. The number of each Backpacking Pack's Divider Tabs equals 17 more than the sum of each Packable Travel Backpack's Stationery, each Duffle Backpack's Accordion File and each Packable Travel Backpack's Document Box. The number of each Duffle Backpack's Accordion File equals 16. How many Name Badge does Backpacking Pack have?
|
Define Duffle Backpack's Accordion File as o; so o = 16. Define Packable Travel Backpack's Document Box as x; so x = o = 16. Define Packable Travel Backpack's Stationery as j; so j = x = 16. Define Backpacking Pack's Divider Tabs as e; N = j + o = 16 + 16 = 9; z = N + x = 9 + 16 = 2; so e = 17 + z = 17 + 2 = 19. Define Backpacking Pack's Name Badge as r; P = e + j = 19 + 16 = 12; T = P + x = 12 + 16 = 5; so r = 0 + T = 0 + 5 = 5.
|
5
|
hard
| 9 |
999,473 |
The number of each First Aid Backpack's Stamp Pad equals 15 times as much as the difference of each First Aid Backpack's Correction Fluid and each Diaper Backpack's Correction Fluid. The number of each Diaper Backpack's Correction Fluid equals 14. The number of each First Aid Backpack's Correction Fluid equals 17. The number of each Diaper Backpack's Stamp Pad equals 8 more than each Diaper Backpack's Correction Fluid. How many Correction Fluid does First Aid Backpack have?
|
Define First Aid Backpack's Correction Fluid as k; so k = 17.
|
17
|
hard
| 1 |
999,474 |
The number of each Flamingo Lagoon's Finch equals 5 more than each Flamingo Lagoon's Owl. The number of each Crane Courtyard's Hummingbird equals 4. The number of each San Francisco Insectarium's Flamingo Lagoon equals 2 more than the sum of each Insectarium of Washington DC's Peacock Garden, each Crane Courtyard's Falcon and each San Francisco Insectarium's Pheasant Pen. The number of each Peacock Garden's Hummingbird equals 10 times as much as each Flamingo Lagoon's Owl. The number of each San Francisco Insectarium's Crane Courtyard equals the difference of each Houston Insectarium's Enclosure and each Peacock Garden's Hummingbird. The number of each Los Angeles Insectarium's Flamingo Lagoon equals each Houston Insectarium's Enclosure. The number of each Insectarium of Washington DC's Peacock Garden equals 2. The number of each San Francisco Insectarium's Pheasant Pen equals 7. The number of each Flamingo Lagoon's Hummingbird equals each Peacock Garden's Hummingbird. The number of each Crane Courtyard's Falcon equals 9 more than each Insectarium of Washington DC's Peacock Garden. The number of each Peacock Garden's Owl equals each Crane Courtyard's Hummingbird. The number of each Flamingo Lagoon's Owl equals each Crane Courtyard's Hummingbird. The number of each Houston Insectarium's Peacock Garden equals 10. The number of each Pheasant Pen's Hummingbird equals the sum of each Crane Courtyard's Animal and each Insectarium of Washington DC's Peacock Garden. How many Hummingbird does Peacock Garden have?
|
Define Crane Courtyard's Hummingbird as x; so x = 4. Define Flamingo Lagoon's Owl as g; so g = x = 4. Define Peacock Garden's Hummingbird as n; so n = 10 * g = 10 * 4 = 17.
|
17
|
med
| 3 |
999,475 |
The number of each Georgia Aquarium's Tarantula Terrarium equals 18 more than the sum of each Mantis Habitat's Bone, each Giraffe's Middle Phalanges and each Panda's Bone. The number of each Tarantula Terrarium's Giraffe equals 5 more than the difference of each Panda's Bone and each Panda's Distal Phalanges. The number of each Georgia Aquarium's Mantis Habitat equals 6. The number of each Giraffe's Middle Phalanges equals 2 more than the sum of each Tarantula Terrarium's Animal and each Panda's Distal Phalanges. The number of each Shedd Aquarium's Mantis Habitat equals each Mantis Habitat's Panda. The number of each Panda's Distal Phalanges equals 11 more than each Georgia Aquarium's Mantis Habitat. The number of each Mantis Habitat's Panda equals 17. How many Bone does Tarantula Terrarium have?
|
Define Georgia Aquarium's Mantis Habitat as k; so k = 6. Define Panda's Distal Phalanges as G; so G = 11 + k = 11 + 6 = 17. Define Panda's Bone as w; so w = G = 17. Define Tarantula Terrarium's Giraffe as r; i = w - G = 17 - 17 = 0; so r = 5 + i = 5 + 0 = 5. Define Tarantula Terrarium's Animal as S; so S = r = 5. Define Giraffe's Middle Phalanges as Z; j = S + G = 5 + 17 = 22; so Z = 2 + j = 2 + 22 = 1. Define Giraffe's Bone as D; so D = Z = 1. Define Tarantula Terrarium's Bone as l; so l = r * D = 5 * 1 = 5.
|
5
|
hard
| 10 |
999,476 |
The number of each Meerkat Manor's Dove equals the sum of each Camel Yard's Dove, each Bronx Zoo's Elephant Habitat, each Calgary Zoo's Camel Yard and each Elephant Habitat's Dove. The number of each Elephant Habitat's Owl equals each Houston Zoo's Elephant Habitat. The number of each Edinburgh Zoo's Cheetah Run equals each Bronx Zoo's Camel Yard. The number of each Cheetah Run's Hawk equals 22. The number of each Calgary Zoo's Cheetah Run equals the sum of each Meerkat Manor's Dove, each Cheetah Run's Hawk and each Elephant Habitat's Canary. The number of each Houston Zoo's Elephant Habitat equals each Edinburgh Zoo's Elephant Habitat. The number of each Bronx Zoo's Elephant Habitat equals each Houston Zoo's Elephant Habitat. The number of each Camel Yard's Owl equals 3 times as much as the difference of each Calgary Zoo's Elephant Habitat and each Houston Zoo's Meerkat Manor. The number of each Houston Zoo's Camel Yard equals each Bronx Zoo's Camel Yard. The number of each Camel Yard's Hawk equals 18 times as much as each Cheetah Run's Animal. The number of each Camel Yard's Canary equals 3. The number of each Calgary Zoo's Camel Yard equals 9 times as much as the difference of each Elephant Habitat's Owl and each Edinburgh Zoo's Elephant Habitat. The number of each Edinburgh Zoo's Elephant Habitat equals each Camel Yard's Dove. The number of each Cheetah Run's Dove equals 7. The number of each Cheetah Run's Canary equals 19. The number of each Elephant Habitat's Canary equals 3. The number of each Elephant Habitat's Dove equals each Camel Yard's Canary. The number of each Bronx Zoo's Cheetah Run equals 20 more than the sum of each Cheetah Run's Hawk, each Edinburgh Zoo's Elephant Habitat and each Calgary Zoo's Camel Yard. The number of each Calgary Zoo's Meerkat Manor equals 19. The number of each Calgary Zoo's Elephant Habitat equals each Bronx Zoo's Camel Yard. The number of each Edinburgh Zoo's Camel Yard equals 2. The number of each Houston Zoo's Meerkat Manor equals the sum of each Elephant Habitat's Dove and each Camel Yard's Canary. The number of each Camel Yard's Dove equals 0. The number of each Meerkat Manor's Canary equals the sum of each Houston Zoo's Elephant Habitat and each Meerkat Manor's Dove. The number of each Elephant Habitat's Hawk equals each Edinburgh Zoo's Elephant Habitat. The number of each Bronx Zoo's Camel Yard equals the difference of each Elephant Habitat's Dove and each Camel Yard's Canary. How many Camel Yard does Calgary Zoo have?
|
Define Camel Yard's Dove as x; so x = 0. Define Edinburgh Zoo's Elephant Habitat as w; so w = x = 0. Define Houston Zoo's Elephant Habitat as c; so c = w = 0. Define Elephant Habitat's Owl as S; so S = c = 0. Define Calgary Zoo's Camel Yard as N; Y = S - w = 0 - 0 = 0; so N = 9 * Y = 9 * 0 = 0.
|
0
|
hard
| 6 |
999,477 |
The number of each Respiratory Mucosa's Microvilli Cells equals 17 times as much as each Respiratory Mucosa's Basal Cells. The number of each Epiglottis's Microvilli Cells equals 11. The number of each Respiratory Mucosa's Basal Cells equals 13 times as much as each Oropharynx's Basal Cells. The number of each Oropharynx's Microvilli Cells equals 6 more than each Respiratory Mucosa's Cells. The number of each Epiglottis's Basal Cells equals each Oropharynx's Cells. The number of each Respiratory Mucosa's Ciliated Epithelial Cells equals the difference of each Respiratory Mucosa's Basal Cells and each Respiratory Mucosa's Microvilli Cells. The number of each Oropharynx's Basal Cells equals 16. How many Microvilli Cells does Oropharynx have?
|
Define Oropharynx's Basal Cells as E; so E = 16. Define Respiratory Mucosa's Basal Cells as B; so B = 13 * E = 13 * 16 = 1. Define Respiratory Mucosa's Microvilli Cells as w; so w = 17 * B = 17 * 1 = 17. Define Respiratory Mucosa's Ciliated Epithelial Cells as y; so y = B - w = 1 - 17 = 7. Define Respiratory Mucosa's Cells as c; A = y + w = 7 + 17 = 1; so c = A + B = 1 + 1 = 2. Define Oropharynx's Microvilli Cells as n; so n = 6 + c = 6 + 2 = 8.
|
8
|
med
| 7 |
999,478 |
The number of each Physical Chemistry Lab's Yoga Mat Backpack equals the difference of each Physical Chemistry Lab's Gym Backpack and each Valley Forge University's Microbiology Lab. The number of each Crestwood University's Anatomy Lab equals each Crestwood University's Physical Chemistry Lab. The number of each Eastwood University's Microbiology Lab equals 5. The number of each Physical Chemistry Lab's Gym Backpack equals each Eastwood University's Microbiology Lab. The number of each Microbiology Lab's Yoga Mat Backpack equals the difference of each Physical Chemistry Lab's Running Backpack and each Anatomy Lab's Gym Backpack. The number of each Eastwood University's Anatomy Lab equals 22. The number of each Valley Forge University's Microbiology Lab equals each Physical Chemistry Lab's Gym Backpack. The number of each Anatomy Lab's Yoga Mat Backpack equals 4. The number of each Microbiology Lab's Running Backpack equals 12. The number of each Physical Chemistry Lab's Running Backpack equals 20. The number of each Eastwood University's Physical Chemistry Lab equals each Eastwood University's Microbiology Lab. The number of each Anatomy Lab's Gym Backpack equals the sum of each Physical Chemistry Lab's Running Backpack, each Valley Forge University's Microbiology Lab, each Physical Chemistry Lab's Gym Backpack and each Eastwood University's Microbiology Lab. The number of each Crestwood University's Physical Chemistry Lab equals 13 more than each Eastwood University's Anatomy Lab. How many Classroom does Crestwood University have?
|
Define Eastwood University's Anatomy Lab as d; so d = 22. Define Crestwood University's Physical Chemistry Lab as X; so X = 13 + d = 13 + 22 = 12. Define Crestwood University's Anatomy Lab as s; so s = X = 12. Define Crestwood University's Classroom as p; so p = s + X = 12 + 12 = 1.
|
1
|
hard
| 4 |
999,479 |
The number of each BriarPatch Food Co-op's Butter equals each Jungle Jim's International Market's Butter. The number of each Jungle Jim's International Market's Butter equals 18 times as much as each BriarPatch Food Co-op's Sour Cream. The number of each BriarPatch Food Co-op's Sour Cream equals 5. The number of each Jungle Jim's International Market's Sour Cream equals the sum of each BriarPatch Food Co-op's Butter and each Jungle Jim's International Market's Butter. How many Sour Cream does Jungle Jim's International Market have?
|
Define BriarPatch Food Co-op's Sour Cream as n; so n = 5. Define Jungle Jim's International Market's Butter as c; so c = 18 * n = 18 * 5 = 21. Define BriarPatch Food Co-op's Butter as A; so A = c = 21. Define Jungle Jim's International Market's Sour Cream as V; so V = A + c = 21 + 21 = 19.
|
19
|
hard
| 4 |
999,480 |
The number of each Tortillas's Watermelon equals 18 times as much as each Google Express's Ingredient. The number of each Google Express's Bread equals 13. The number of each FreshDirect's Tortillas equals each Google Express's Bread. The number of each Tortillas's Pear equals 11 more than each FreshDirect's Product. The number of each Blue Apron's Bread equals 16 times as much as the sum of each FreshDirect's Bread and each Bread's Ingredient. The number of each Google Express's Wheat Bread equals 21 more than each Bread's Watermelon. The number of each Bread's Peach equals 13 times as much as each Google Express's Wheat Bread. The number of each Bread's Watermelon equals 4. The number of each Wheat Bread's Watermelon equals each Bread's Ingredient. The number of each Bread's Pear equals 20 times as much as the sum of each Google Express's Wheat Bread and each Bread's Watermelon. The number of each FreshDirect's Bread equals 14 times as much as the sum of each Wheat Bread's Watermelon and each Bread's Watermelon. The number of each Blue Apron's Wheat Bread equals each Blue Apron's Bread. How many Product does Blue Apron have?
|
Define Bread's Watermelon as L; so L = 4. Define Google Express's Wheat Bread as n; so n = 21 + L = 21 + 4 = 2. Define Bread's Pear as k; d = n + L = 2 + 4 = 6; so k = 20 * d = 20 * 6 = 5. Define Bread's Peach as x; so x = 13 * n = 13 * 2 = 3. Define Bread's Ingredient as g; V = k + x = 5 + 3 = 8; so g = V + L = 8 + 4 = 12. Define Wheat Bread's Watermelon as Z; so Z = g = 12. Define FreshDirect's Bread as o; h = Z + L = 12 + 4 = 16; so o = 14 * h = 14 * 16 = 17. Define Blue Apron's Bread as f; J = o + g = 17 + 12 = 6; so f = 16 * J = 16 * 6 = 4. Define Blue Apron's Wheat Bread as r; so r = f = 4. Define Blue Apron's Product as U; so U = f + r = 4 + 4 = 8.
|
8
|
hard
| 14 |
999,481 |
The number of each Butterfly Garden's Cave Salamander equals the difference of each Cave Salamander's Haemal Spines and each Oklahoma City Zoo and Botanical Garden's Animal. The number of each Fire Salamander's Basal Plate equals each Birds of Eden's Butterfly Garden. The number of each Butterfly Garden's Fire Salamander equals 1 times as much as each Cave Salamander's Haemal Spines. The number of each Moth Metropolis's Giant Salamander equals 4. The number of each Mantis Habitat's Giant Salamander equals each Birds of Eden's Butterfly Garden. The number of each Giant Salamander's Neural Spines equals the difference of each Butterfly Garden's Giant Salamander and each Cave Salamander's Haemal Spines. The number of each Sylvan Heights Bird Park's Butterfly Garden equals the sum of each Giant Salamander's Haemal Spines and each Oklahoma City Zoo and Botanical Garden's Bone. The number of each Cave Salamander's Haemal Spines equals 20. The number of each Birds of Eden's Mantis Habitat equals 12. The number of each Cave Salamander's Basal Plate equals each Birds of Eden's Moth Metropolis. The number of each Mantis Habitat's Fire Salamander equals 16 times as much as each Cave Salamander's Haemal Spines. The number of each Butterfly Garden's Giant Salamander equals 13. The number of each Giant Salamander's Pectoral Fin Rays equals 11. The number of each Birds of Eden's Moth Metropolis equals 0 more than each Sylvan Heights Bird Park's Moth Metropolis. The number of each Cave Salamander's Pectoral Fin Rays equals 2. The number of each Moth Metropolis's Fire Salamander equals the difference of each Fire Salamander's Bone and each Fire Salamander's Basal Plate. The number of each Sylvan Heights Bird Park's Moth Metropolis equals 2 more than each Oklahoma City Zoo and Botanical Garden's Enclosure. The number of each Birds of Eden's Butterfly Garden equals 10. The number of each Oklahoma City Zoo and Botanical Garden's Mantis Habitat equals each Cave Salamander's Pectoral Fin Rays. The number of each Giant Salamander's Haemal Spines equals 5. How many Basal Plate does Cave Salamander have?
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Define Cave Salamander's Pectoral Fin Rays as m; so m = 2. Define Oklahoma City Zoo and Botanical Garden's Mantis Habitat as r; so r = m = 2. Define Oklahoma City Zoo and Botanical Garden's Enclosure as R; so R = r = 2. Define Sylvan Heights Bird Park's Moth Metropolis as b; so b = 2 + R = 2 + 2 = 4. Define Birds of Eden's Moth Metropolis as P; so P = 0 + b = 0 + 4 = 4. Define Cave Salamander's Basal Plate as S; so S = P = 4.
|
4
|
med
| 6 |
999,482 |
The number of each Insectarium of Chicago's Salamander Stream equals each Insectarium of Washington DC's Crocodile Swamp. The number of each Insectarium of Chicago's Iguana Habitat equals 18 more than the sum of each Phoenix Insectarium's Salamander Stream and each Insectarium of Washington DC's Crocodile Swamp. The number of each Houston Insectarium's Anaconda Exhibit equals each Insectarium of Chicago's Iguana Habitat. The number of each Houston Insectarium's Iguana Habitat equals each Insectarium of Washington DC's Enclosure. The number of each Phoenix Insectarium's Salamander Stream equals the sum of each Houston Insectarium's Salamander Stream and each Insectarium of Washington DC's Iguana Habitat. The number of each Houston Insectarium's Salamander Stream equals 12 times as much as the sum of each Insectarium of Washington DC's Enclosure, each Insectarium of Washington DC's Anaconda Exhibit and each Insectarium of Washington DC's Crocodile Swamp. The number of each Phoenix Insectarium's Crocodile Swamp equals 12. The number of each Phoenix Insectarium's Anaconda Exhibit equals each Insectarium of Chicago's Anaconda Exhibit. The number of each Insectarium of Washington DC's Salamander Stream equals each Insectarium of Washington DC's Crocodile Swamp. The number of each Insectarium of Chicago's Crocodile Swamp equals 7. The number of each Houston Insectarium's Crocodile Swamp equals 18 times as much as each Insectarium of Washington DC's Enclosure. The number of each Insectarium of Washington DC's Iguana Habitat equals 16. The number of each Phoenix Insectarium's Iguana Habitat equals each Insectarium of Chicago's Anaconda Exhibit. The number of each Insectarium of Chicago's Anaconda Exhibit equals 0. The number of each Insectarium of Washington DC's Anaconda Exhibit equals 10. The number of each Insectarium of Washington DC's Crocodile Swamp equals each Insectarium of Washington DC's Iguana Habitat. How many Anaconda Exhibit does Houston Insectarium have?
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Define Insectarium of Washington DC's Iguana Habitat as o; so o = 16. Define Insectarium of Washington DC's Crocodile Swamp as z; so z = o = 16. Define Insectarium of Washington DC's Anaconda Exhibit as C; so C = 10. Define Insectarium of Washington DC's Salamander Stream as G; so G = z = 16. Define Insectarium of Washington DC's Enclosure as E; n = G + C = 16 + 10 = 3; l = n + o = 3 + 16 = 19; so E = l + z = 19 + 16 = 12. Define Houston Insectarium's Salamander Stream as Y; S = E + C = 12 + 10 = 22; m = S + z = 22 + 16 = 15; so Y = 12 * m = 12 * 15 = 19. Define Phoenix Insectarium's Salamander Stream as k; so k = Y + o = 19 + 16 = 12. Define Insectarium of Chicago's Iguana Habitat as R; c = k + z = 12 + 16 = 5; so R = 18 + c = 18 + 5 = 0. Define Houston Insectarium's Anaconda Exhibit as A; so A = R = 0.
|
0
|
hard
| 14 |
999,483 |
The number of each Temperate Grassland's Basilisk equals the sum of each Basilisk's Laryngopharynx, each Subtropical Grassland's Organs and each Subtropical Grassland's Gorgon. The number of each Mermaid's Nasopharynx equals the difference of each Mermaid's Lungs and each Basilisk's Laryngopharynx. The number of each Mermaid's Bronchi equals the difference of each Temperate Grassland's Basilisk and each Basilisk's Laryngopharynx. The number of each Mermaid's Lungs equals each Mermaid's Bronchi. The number of each Basilisk's Laryngopharynx equals each Subtropical Grassland's Organs. The number of each Subtropical Grassland's Gorgon equals 6. The number of each Desert Fringe Grassland's Mermaid equals 11 more than the sum of each Mermaid's Nasopharynx, each Mermaid's Bronchi and each Gorgon's Organs. How many Mermaid does Desert Fringe Grassland have?
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Define Subtropical Grassland's Gorgon as u; so u = 6. Define Gorgon's Organs as I; so I = 0. Define Subtropical Grassland's Organs as S; so S = u * I = 6 * 0 = 0. Define Basilisk's Laryngopharynx as B; so B = S = 0. Define Temperate Grassland's Basilisk as v; L = B + S = 0 + 0 = 0; so v = L + u = 0 + 6 = 6. Define Mermaid's Bronchi as l; so l = v - B = 6 - 0 = 6. Define Mermaid's Lungs as Y; so Y = l = 6. Define Mermaid's Nasopharynx as p; so p = Y - B = 6 - 0 = 6. Define Desert Fringe Grassland's Mermaid as g; n = p + l = 6 + 6 = 12; s = n + I = 12 + 0 = 12; so g = 11 + s = 11 + 12 = 0.
|
0
|
med
| 12 |
999,484 |
The number of each Small Mammal House's Swordfish equals 1. The number of each Small Mammal House's Anchovy equals 15 more than the sum of each Pilanesberg National Park's Enclosure, each Pilanesberg National Park's Small Mammal House and each Etosha National Park's Hippopotamus Tank. The number of each Kgalagadi Transfrontier Park's Anteater Area equals 12. The number of each Meerkat Manor's Shark equals 13. The number of each Pilanesberg National Park's Small Mammal House equals 2. The number of each Mikumi National Park's Hippopotamus Tank equals 5 more than the difference of each Small Mammal House's Swordfish and each Mikumi National Park's Anteater Area. The number of each Pilanesberg National Park's Anteater Area equals the difference of each Etosha National Park's Meerkat Manor and each Mikumi National Park's Anteater Area. The number of each Mikumi National Park's Anteater Area equals each Small Mammal House's Swordfish. The number of each Hippopotamus Tank's Anchovy equals 2 times as much as each Etosha National Park's Hippopotamus Tank. The number of each Etosha National Park's Hippopotamus Tank equals 19. The number of each Hippopotamus Tank's Swordfish equals each Pilanesberg National Park's Anteater Area. The number of each Etosha National Park's Meerkat Manor equals 12 more than each Etosha National Park's Hippopotamus Tank. The number of each Meerkat Manor's Anchovy equals each Meerkat Manor's Trout. The number of each Kgalagadi Transfrontier Park's Small Mammal House equals 19. The number of each Small Mammal House's Shark equals each Etosha National Park's Hippopotamus Tank. The number of each Etosha National Park's Small Mammal House equals 11 times as much as each Mikumi National Park's Enclosure. The number of each Meerkat Manor's Trout equals 13. How many Enclosure does Mikumi National Park have?
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Define Small Mammal House's Swordfish as R; so R = 1. Define Mikumi National Park's Anteater Area as v; so v = R = 1. Define Mikumi National Park's Hippopotamus Tank as p; c = R - v = 1 - 1 = 0; so p = 5 + c = 5 + 0 = 5. Define Mikumi National Park's Enclosure as O; so O = p + v = 5 + 1 = 6.
|
6
|
med
| 5 |
999,485 |
The number of each Raccoon's Caudal Vertebrae 12 equals 19 more than each Zebra's Caudal Vertebrae 9. The number of each Raccoon's Caudal Vertebrae 2 equals each Raccoon's Caudal Vertebrae 12. The number of each Cheetah's Caudal Vertebrae 9 equals 12. The number of each Raccoon's Caudal Vertebrae 9 equals the sum of each Cheetah's Caudal Vertebrae 2 and each Raccoon's Caudal Vertebrae 2. The number of each Cheetah's Caudal Vertebrae 12 equals the difference of each Raccoon's Caudal Vertebrae 12 and each Zebra's Bone. The number of each Zebra's Caudal Vertebrae 9 equals 22. The number of each Cheetah's Caudal Vertebrae 4 equals each Raccoon's Caudal Vertebrae 9. The number of each Cheetah's Caudal Vertebrae 2 equals 17. The number of each Raccoon's Caudal Vertebrae 4 equals each Raccoon's Caudal Vertebrae 2. How many Caudal Vertebrae 4 does Raccoon have?
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Define Zebra's Caudal Vertebrae 9 as Y; so Y = 22. Define Raccoon's Caudal Vertebrae 12 as h; so h = 19 + Y = 19 + 22 = 18. Define Raccoon's Caudal Vertebrae 2 as H; so H = h = 18. Define Raccoon's Caudal Vertebrae 4 as e; so e = H = 18.
|
18
|
med
| 4 |
999,486 |
The number of each Cardiac Muscle's Purkinje Cells equals each Hyde Park in London's Panda. The number of each Kangaroo's Cardiac Muscle equals each Kangaroo's Vena Cava. The number of each Panda's Venules equals 9 times as much as the sum of each Kangaroo's Cells, each The High Line in New York City's Cells and each Stanley Park in Vancouver's Panda. The number of each Stanley Park in Vancouver's Panda equals the sum of each Venules's Cerebellar Neurons and each The High Line in New York City's Cells. The number of each Hyde Park in London's Kangaroo equals 9. The number of each Hyde Park in London's Giraffe equals 8 times as much as the sum of each Griffith Park in Los Angeles's Creatures, each Venules's Cells and each The High Line in New York City's Creatures. The number of each Cardiac Muscle's Sensory Neurons equals 14 more than each Hyde Park in London's Panda. The number of each Hyde Park in London's Panda equals 6. The number of each Kangaroo's Vena Cava equals each Cardiac Muscle's Sensory Neurons. The number of each Venules's Cerebellar Neurons equals 7 times as much as the sum of each The High Line in New York City's Cells, each Kangaroo's Cardiac Muscle and each The High Line in New York City's Organs. How many Cells does Kangaroo have?
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Define Hyde Park in London's Panda as X; so X = 6. Define Cardiac Muscle's Sensory Neurons as U; so U = 14 + X = 14 + 6 = 20. Define Cardiac Muscle's Purkinje Cells as g; so g = X = 6. Define Cardiac Muscle's Cells as t; so t = g + U = 6 + 20 = 3. Define Kangaroo's Vena Cava as h; so h = U = 20. Define Kangaroo's Cardiac Muscle as j; so j = h = 20. Define Vena Cava's Cells as Q; so Q = 0. Define Kangaroo's Cells as a; d = j * t = 20 * 3 = 14; D = h * Q = 20 * 0 = 0; so a = d + D = 14 + 0 = 14.
|
14
|
med
| 10 |
999,487 |
The number of each San Francisco Insectarium's Owl Forest equals 11 times as much as the sum of each Owl Forest's Animal and each Vulture Valley's Rattlesnake. The number of each Owl Forest's Frilled Lizard equals the sum of each Vulture Valley's Animal, each Vulture Valley's Anaconda and each Vulture Valley's Rattlesnake. The number of each San Francisco Insectarium's Vulture Valley equals the sum of each Phoenix Insectarium's Enclosure, each Vulture Valley's Animal, each San Francisco Insectarium's Owl Forest and each Owl Forest's Frilled Lizard. The number of each Vulture Valley's Anaconda equals 13 more than each Vulture Valley's Rattlesnake. The number of each Vulture Valley's Rattlesnake equals 21. How many Enclosure does San Francisco Insectarium have?
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Define Vulture Valley's Rattlesnake as t; so t = 21. Define Vulture Valley's Anaconda as O; so O = 13 + t = 13 + 21 = 11. Define Vulture Valley's Animal as G; so G = O + t = 11 + 21 = 9. Define Owl Forest's Frilled Lizard as l; r = G + O = 9 + 11 = 20; so l = r + t = 20 + 21 = 18. Define Owl Forest's Animal as z; so z = l = 18. Define San Francisco Insectarium's Owl Forest as L; W = z + t = 18 + 21 = 16; so L = 11 * W = 11 * 16 = 15. Define Phoenix Insectarium's Enclosure as v; so v = 0. Define San Francisco Insectarium's Vulture Valley as w; Q = v + G = 0 + 9 = 9; A = Q + L = 9 + 15 = 1; so w = A + l = 1 + 18 = 19. Define San Francisco Insectarium's Enclosure as x; so x = w + L = 19 + 15 = 11.
|
11
|
hard
| 13 |
999,488 |
The number of each Picnic Backpack's Binder equals 21 times as much as each Picnic Backpack's Magazine Holder. The number of each Musical Instrument Backpack's Calendar equals each Picnic Backpack's Stationery. The number of each Musical Instrument Backpack's Magazine Holder equals 7. The number of each Picnic Backpack's Magazine Holder equals 19 times as much as each Picnic Backpack's Calendar. The number of each Fashion Backpack's Calendar equals 4. The number of each Musical Instrument Backpack's Binder equals each Musical Instrument Backpack's Calendar. The number of each Fashion Backpack's Magazine Holder equals 1 more than each Musical Instrument Backpack's Binder. The number of each Fashion Backpack's Binder equals 17. The number of each Picnic Backpack's Calendar equals 15. How many Magazine Holder does Fashion Backpack have?
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Define Picnic Backpack's Calendar as e; so e = 15. Define Picnic Backpack's Magazine Holder as o; so o = 19 * e = 19 * 15 = 9. Define Picnic Backpack's Binder as u; so u = 21 * o = 21 * 9 = 5. Define Picnic Backpack's Stationery as r; N = o + e = 9 + 15 = 1; so r = N + u = 1 + 5 = 6. Define Musical Instrument Backpack's Calendar as T; so T = r = 6. Define Musical Instrument Backpack's Binder as O; so O = T = 6. Define Fashion Backpack's Magazine Holder as U; so U = 1 + O = 1 + 6 = 7.
|
7
|
med
| 8 |
999,489 |
The number of each Volvox's Rectum equals each Volvox's Gallbladder. The number of each Stentor's Gallbladder equals each Plankton's Gallbladder. The number of each Plankton's Rectum equals 18. The number of each Plankton's Pancreas equals 19. The number of each Plankton's Gallbladder equals each Volvox's Rectum. The number of each Stentor's Pancreas equals 22 times as much as each Volvox's Rectum. The number of each Volvox's Pancreas equals the sum of each Plankton's Pancreas, each Plankton's Gallbladder, each Volvox's Rectum and each Stentor's Gallbladder. The number of each Stentor's Rectum equals each Plankton's Pancreas. The number of each Volvox's Gallbladder equals 13. How many Gallbladder does Stentor have?
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Define Volvox's Gallbladder as x; so x = 13. Define Volvox's Rectum as v; so v = x = 13. Define Plankton's Gallbladder as h; so h = v = 13. Define Stentor's Gallbladder as X; so X = h = 13.
|
13
|
med
| 4 |
999,490 |
The number of each Hyde Park in London's Yeast equals 4 times as much as each Yoyogi Park in Tokyo's Creatures. The number of each Hyde Park in London's Tardigrade equals each Millennium Park in Chicago's Creatures. The number of each Millennium Park in Chicago's Staphylococcus equals each Hyde Park in London's Staphylococcus. The number of each Yoyogi Park in Tokyo's Staphylococcus equals 13. The number of each Millennium Park in Chicago's Yeast equals 11 times as much as each Hyde Park in London's Staphylococcus. The number of each Yoyogi Park in Tokyo's Tardigrade equals each Yoyogi Park in Tokyo's Staphylococcus. The number of each Yoyogi Park in Tokyo's Yeast equals 3 times as much as each Yoyogi Park in Tokyo's Staphylococcus. The number of each Hyde Park in London's Staphylococcus equals each Hyde Park in London's Yeast. The number of each Millennium Park in Chicago's Tardigrade equals 18 times as much as the sum of each Yoyogi Park in Tokyo's Yeast and each Hyde Park in London's Staphylococcus. How many Tardigrade does Hyde Park in London have?
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Define Yoyogi Park in Tokyo's Staphylococcus as r; so r = 13. Define Yoyogi Park in Tokyo's Yeast as o; so o = 3 * r = 3 * 13 = 16. Define Yoyogi Park in Tokyo's Tardigrade as P; so P = r = 13. Define Yoyogi Park in Tokyo's Creatures as x; y = r + P = 13 + 13 = 3; so x = y + o = 3 + 16 = 19. Define Hyde Park in London's Yeast as J; so J = 4 * x = 4 * 19 = 7. Define Hyde Park in London's Staphylococcus as O; so O = J = 7. Define Millennium Park in Chicago's Yeast as D; so D = 11 * O = 11 * 7 = 8. Define Millennium Park in Chicago's Tardigrade as z; X = o + O = 16 + 7 = 0; so z = 18 * X = 18 * 0 = 0. Define Millennium Park in Chicago's Staphylococcus as a; so a = O = 7. Define Millennium Park in Chicago's Creatures as M; s = a + z = 7 + 0 = 7; so M = s + D = 7 + 8 = 15. Define Hyde Park in London's Tardigrade as G; so G = M = 15.
|
15
|
hard
| 14 |
999,491 |
The number of each Solar Charging Backpack's Calligraphy Pen equals 7. The number of each Gymnasium's Crafting Backpack equals each Solar Charging Backpack's Calligraphy Pen. The number of each Swimming Pool's Crafting Backpack equals the sum of each Solar Charging Backpack's Calligraphy Pen and each Crafting Backpack's Stationery. The number of each Solar Charging Backpack's Pencil equals 7 times as much as each Solar Charging Backpack's Calligraphy Pen. The number of each Crafting Backpack's Pencil equals each Solar Charging Backpack's Stationery. The number of each Gymnasium's Solar Charging Backpack equals the difference of each Solar Charging Backpack's Stationery and each Solar Charging Backpack's Pencil. The number of each Swimming Pool's Solar Charging Backpack equals 17 times as much as each Gymnasium's Stationery. How many Backpack does Swimming Pool have?
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Define Solar Charging Backpack's Calligraphy Pen as X; so X = 7. Define Solar Charging Backpack's Pencil as x; so x = 7 * X = 7 * 7 = 3. Define Solar Charging Backpack's Stationery as F; so F = x + X = 3 + 7 = 10. Define Crafting Backpack's Pencil as E; so E = F = 10. Define Gymnasium's Solar Charging Backpack as K; so K = F - x = 10 - 3 = 7. Define Gymnasium's Crafting Backpack as S; so S = X = 7. Define Crafting Backpack's Stationery as g; so g = E = 10. Define Gymnasium's Stationery as Y; i = S * g = 7 * 10 = 1; u = K * F = 7 * 10 = 1; so Y = i + u = 1 + 1 = 2. Define Swimming Pool's Crafting Backpack as l; so l = X + g = 7 + 10 = 17. Define Swimming Pool's Solar Charging Backpack as I; so I = 17 * Y = 17 * 2 = 11. Define Swimming Pool's Backpack as D; so D = l + I = 17 + 11 = 5.
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5
|
hard
| 13 |
999,492 |
The number of each Canned Beef's Quinoa equals 4. The number of each Canned Peas's Rye equals 18 more than the difference of each Canned Beef's Ingredient and each Canned Beef's Quinoa. How many Rye does Canned Peas have?
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Define Canned Beef's Quinoa as k; so k = 4. Define Canned Beef's Ingredient as w; so w = k = 4. Define Canned Peas's Rye as W; g = w - k = 4 - 4 = 0; so W = 18 + g = 18 + 0 = 18.
|
18
|
hard
| 4 |
999,493 |
The number of each Penguin Exhibit's Glass Frog equals 22 times as much as the sum of each Glass Frog's Bone, each Glass Frog's Pastern Bone and each Glass Frog's Sesamoid Bones. The number of each Glass Frog's Sesamoid Bones equals 11 times as much as each Glass Frog's Pastern Bone. The number of each Penguin Exhibit's Hellbender equals 22. The number of each Crane Courtyard's Glass Frog equals the sum of each Monterey Bay Aquarium's Penguin Exhibit and each Penguin Exhibit's Hellbender. The number of each Crane Courtyard's Hellbender equals 7 times as much as each Crane Courtyard's Glass Frog. The number of each Monterey Bay Aquarium's Penguin Exhibit equals 3 more than the sum of each Penguin Exhibit's Hellbender and each The Deep's Penguin Exhibit. The number of each Hellbender's Sesamoid Bones equals 11 times as much as the sum of each Penguin Exhibit's Hellbender and each Monterey Bay Aquarium's Penguin Exhibit. The number of each The Deep's Penguin Exhibit equals 12. The number of each Hellbender's Pastern Bone equals 15. The number of each Glass Frog's Pastern Bone equals 2. The number of each The Deep's Crane Courtyard equals 16. The number of each Monterey Bay Aquarium's Crane Courtyard equals 21. How many Glass Frog does Penguin Exhibit have?
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Define Glass Frog's Pastern Bone as T; so T = 2. Define Glass Frog's Sesamoid Bones as Z; so Z = 11 * T = 11 * 2 = 22. Define Glass Frog's Bone as M; so M = T + Z = 2 + 22 = 1. Define Penguin Exhibit's Glass Frog as D; B = M + T = 1 + 2 = 3; S = B + Z = 3 + 22 = 2; so D = 22 * S = 22 * 2 = 21.
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21
|
med
| 6 |
999,494 |
The number of each Goat Cheese's Asparagus equals 5. The number of each Trader Joe's's Monterey Jack Cheese equals each Farmhouses's PCC Community Markets. The number of each Monterey Jack Cheese's Carrot equals each Ricotta Cheese's Sweet Corn. The number of each Harvest Market's Goat Cheese equals 4. The number of each Harvest Market's Ricotta Cheese equals each Monterey Jack Cheese's Ingredient. The number of each Ricotta Cheese's Sweet Corn equals each Ricotta Cheese's Asparagus. The number of each Monterey Jack Cheese's Sweet Corn equals 8. The number of each Public Housing's Harvest Market equals each Harvest Market's Goat Cheese. The number of each PCC Community Markets's Monterey Jack Cheese equals 7. The number of each Farmhouses's PCC Community Markets equals 4 more than each Harvest Market's Ricotta Cheese. The number of each Cottage Community's Trader Joe's equals 6 times as much as each Ricotta Cheese's Ingredient. The number of each Ricotta Cheese's Asparagus equals 18. The number of each Trader Joe's's Goat Cheese equals 12 more than each Trader Joe's's Monterey Jack Cheese. How many Goat Cheese does Trader Joe's have?
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Define Ricotta Cheese's Asparagus as e; so e = 18. Define Ricotta Cheese's Sweet Corn as B; so B = e = 18. Define Monterey Jack Cheese's Carrot as L; so L = B = 18. Define Monterey Jack Cheese's Sweet Corn as H; so H = 8. Define Monterey Jack Cheese's Ingredient as R; so R = H + L = 8 + 18 = 3. Define Harvest Market's Ricotta Cheese as C; so C = R = 3. Define Farmhouses's PCC Community Markets as m; so m = 4 + C = 4 + 3 = 7. Define Trader Joe's's Monterey Jack Cheese as F; so F = m = 7. Define Trader Joe's's Goat Cheese as r; so r = 12 + F = 12 + 7 = 19.
|
19
|
hard
| 9 |
999,495 |
The number of each Sam's Club's Donuts equals 22 more than each Lidl's Croissants. The number of each Lidl's Donuts equals 8. The number of each Publix's Donuts equals each Sam's Club's Product. The number of each Publix's Pies equals 11 times as much as each Sam's Club's Product. The number of each Lidl's Croissants equals 19 more than each Lidl's Donuts. The number of each Publix's Croissants equals 19 times as much as the sum of each Lidl's Croissants and each Publix's Pies. The number of each Sam's Club's Croissants equals the difference of each Lidl's Product and each Lidl's Donuts. How many Product does Publix have?
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Define Lidl's Donuts as D; so D = 8. Define Lidl's Croissants as c; so c = 19 + D = 19 + 8 = 4. Define Lidl's Product as M; so M = D + c = 8 + 4 = 12. Define Sam's Club's Croissants as F; so F = M - D = 12 - 8 = 4. Define Sam's Club's Donuts as X; so X = 22 + c = 22 + 4 = 3. Define Sam's Club's Product as q; so q = X + F = 3 + 4 = 7. Define Publix's Pies as d; so d = 11 * q = 11 * 7 = 8. Define Publix's Donuts as e; so e = q = 7. Define Publix's Croissants as f; U = c + d = 4 + 8 = 12; so f = 19 * U = 19 * 12 = 21. Define Publix's Product as A; H = e + f = 7 + 21 = 5; so A = H + d = 5 + 8 = 13.
|
13
|
hard
| 12 |
999,496 |
The number of each Python's Caudal Vertebrae 12 equals each Anaconda's Caudal Vertebrae 2. The number of each Anaconda's Caudal Vertebrae 4 equals 10 more than each Anaconda's Caudal Vertebrae 2. The number of each Python's Caudal Vertebrae 2 equals 13. The number of each Anaconda's Caudal Vertebrae 2 equals 12. The number of each Lizard's Caudal Vertebrae 4 equals the difference of each Anaconda's Caudal Vertebrae 2 and each Anaconda's Bone. The number of each Elephant Habitat's Anaconda equals the sum of each Lizard's Caudal Vertebrae 4 and each Anaconda's Caudal Vertebrae 12. The number of each Lizard's Caudal Vertebrae 2 equals each Wolf Woods's Animal. The number of each Wolf Woods's Anaconda equals each Wolf Woods's Lizard. The number of each Elephant Habitat's Python equals the sum of each Wolf Woods's Lizard and each Lizard's Bone. The number of each Primate House's Anaconda equals the difference of each Wolf Woods's Anaconda and each Anaconda's Bone. The number of each Wolf Woods's Python equals 10 times as much as each Wolf Woods's Anaconda. The number of each Lizard's Caudal Vertebrae 12 equals 17 times as much as the sum of each Wolf Woods's Anaconda and each Anaconda's Caudal Vertebrae 2. The number of each Python's Caudal Vertebrae 4 equals 15. The number of each Anaconda's Caudal Vertebrae 12 equals 12. The number of each Primate House's Lizard equals 13. The number of each Wolf Woods's Lizard equals 16 times as much as each Anaconda's Caudal Vertebrae 12. The number of each Elephant Habitat's Lizard equals 3. The number of each Primate House's Python equals 4 times as much as each Anaconda's Caudal Vertebrae 4. How many Caudal Vertebrae 2 does Lizard have?
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Define Anaconda's Caudal Vertebrae 12 as m; so m = 12. Define Wolf Woods's Lizard as O; so O = 16 * m = 16 * 12 = 8. Define Wolf Woods's Anaconda as y; so y = O = 8. Define Wolf Woods's Python as V; so V = 10 * y = 10 * 8 = 11. Define Wolf Woods's Animal as U; v = y + O = 8 + 8 = 16; so U = v + V = 16 + 11 = 4. Define Lizard's Caudal Vertebrae 2 as A; so A = U = 4.
|
4
|
hard
| 7 |
999,497 |
The number of each Lassens Natural Foods's Cookies equals 8 times as much as the difference of each Lassens Natural Foods's Danishes and each Whole Foods Market's Danishes. The number of each Whole Foods Market's Pies equals 9. The number of each Lassens Natural Foods's Danishes equals each Whole Foods Market's Danishes. The number of each Erewhon Market's Cookies equals each Lassens Natural Foods's Pies. The number of each Lassens Natural Foods's Rye Bread equals 11 more than each Erewhon Market's Cookies. The number of each Whole Foods Market's Danishes equals 20. The number of each Whole Foods Market's Cookies equals 18. The number of each Lassens Natural Foods's Pies equals each Erewhon Market's Rye Bread. The number of each BriarPatch Food Co-op's Cookies equals 12. The number of each BriarPatch Food Co-op's Danishes equals 16. The number of each Erewhon Market's Danishes equals each Erewhon Market's Rye Bread. The number of each Erewhon Market's Rye Bread equals 16 more than the sum of each Lassens Natural Foods's Cookies and each Whole Foods Market's Danishes. How many Rye Bread does Lassens Natural Foods have?
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Define Whole Foods Market's Danishes as q; so q = 20. Define Lassens Natural Foods's Danishes as z; so z = q = 20. Define Lassens Natural Foods's Cookies as A; P = z - q = 20 - 20 = 0; so A = 8 * P = 8 * 0 = 0. Define Erewhon Market's Rye Bread as Y; s = A + q = 0 + 20 = 20; so Y = 16 + s = 16 + 20 = 13. Define Lassens Natural Foods's Pies as i; so i = Y = 13. Define Erewhon Market's Cookies as r; so r = i = 13. Define Lassens Natural Foods's Rye Bread as C; so C = 11 + r = 11 + 13 = 1.
|
1
|
hard
| 9 |
999,498 |
The number of each NetCost Market's Whipped Cream equals the sum of each Brie Cheese's Rice and each Brie Cheese's Oats. The number of each Brie Cheese's Oats equals each Brie Cheese's Rice. The number of each Zion Market's Cottage Cheese equals 5. The number of each T&T Supermarket's Whipped Cream equals each Brie Cheese's Oats. The number of each Zion Market's Whipped Cream equals each Zion Market's Cottage Cheese. The number of each NetCost Market's Yogurt equals the sum of each Brie Cheese's Rice, each Zion Market's Cottage Cheese and each T&T Supermarket's Yogurt. The number of each T&T Supermarket's Cottage Cheese equals each NetCost Market's Product. The number of each Yogurt's Millet equals 3 more than each NetCost Market's Product. The number of each T&T Supermarket's Yogurt equals each Brie Cheese's Rice. The number of each Fiesta Mart's Brie Cheese equals each Zion Market's Product. The number of each Whipped Cream's Oats equals 13. The number of each Brie Cheese's Rice equals 17 more than each Zion Market's Cottage Cheese. The number of each Cottage Cheese's Rice equals 14 times as much as each Brie Cheese's Rice. The number of each Yogurt's Rice equals the sum of each T&T Supermarket's Yogurt, each NetCost Market's Yogurt, each Cottage Cheese's Rice and each Yogurt's Oats. The number of each Fiesta Mart's Cottage Cheese equals the sum of each Whipped Cream's Ingredient and each Whipped Cream's Oats. The number of each Cottage Cheese's Oats equals each Brie Cheese's Oats. The number of each Brie Cheese's Millet equals the sum of each Cottage Cheese's Rice and each Brie Cheese's Rice. The number of each T&T Supermarket's Brie Cheese equals 16. The number of each Zion Market's Yogurt equals 22. The number of each Yogurt's Oats equals 11 times as much as each Whipped Cream's Oats. The number of each NetCost Market's Brie Cheese equals 13. How many Ingredient does Whipped Cream have?
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Define Whipped Cream's Oats as M; so M = 13. Define Whipped Cream's Ingredient as v; so v = M = 13.
|
13
|
hard
| 2 |
999,499 |
The number of each Edinburgh Zoo's Seahorse Sanctuary equals each Philadelphia Zoo's Jellyfish Gallery. The number of each Edinburgh Zoo's Freshwater Fish Exhibit equals the difference of each London Zoo's Freshwater Fish Exhibit and each London Zoo's Seahorse Sanctuary. The number of each Edinburgh Zoo's Crustacean Cove equals each Calgary Zoo's Crustacean Cove. The number of each Philadelphia Zoo's Crustacean Cove equals 3. The number of each London Zoo's Freshwater Fish Exhibit equals 1 more than the difference of each London Zoo's Crustacean Cove and each London Zoo's Seahorse Sanctuary. The number of each Philadelphia Zoo's Seahorse Sanctuary equals 15 more than each Philadelphia Zoo's Crustacean Cove. The number of each Philadelphia Zoo's Jellyfish Gallery equals 0. The number of each London Zoo's Jellyfish Gallery equals the sum of each Calgary Zoo's Crustacean Cove, each Edinburgh Zoo's Crustacean Cove and each Philadelphia Zoo's Jellyfish Gallery. The number of each Calgary Zoo's Jellyfish Gallery equals 5 times as much as the sum of each London Zoo's Crustacean Cove, each London Zoo's Seahorse Sanctuary and each London Zoo's Freshwater Fish Exhibit. The number of each London Zoo's Crustacean Cove equals 0. The number of each Calgary Zoo's Seahorse Sanctuary equals 16 times as much as the sum of each London Zoo's Jellyfish Gallery and each Edinburgh Zoo's Jellyfish Gallery. The number of each Philadelphia Zoo's Freshwater Fish Exhibit equals each London Zoo's Seahorse Sanctuary. The number of each London Zoo's Seahorse Sanctuary equals each London Zoo's Crustacean Cove. The number of each Edinburgh Zoo's Jellyfish Gallery equals 11. The number of each Calgary Zoo's Crustacean Cove equals each Philadelphia Zoo's Jellyfish Gallery. The number of each Calgary Zoo's Freshwater Fish Exhibit equals 1. How many Crustacean Cove does Edinburgh Zoo have?
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Define Philadelphia Zoo's Jellyfish Gallery as Z; so Z = 0. Define Calgary Zoo's Crustacean Cove as n; so n = Z = 0. Define Edinburgh Zoo's Crustacean Cove as z; so z = n = 0.
|
0
|
med
| 3 |
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