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21
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|---|---|---|---|---|---|
700 |
The number of each Coral Reef's Sea Anemone equals 10. The number of each Tidal Pool's Manta Ray equals 3 times as much as each Mangrove Ecosystem's Walrus. The number of each Tidal Pool's Sea Anemone equals 21 more than each Salt Marsh's Creatures. The number of each Mangrove Ecosystem's Puffer Fish equals 11. The number of each Mangrove Ecosystem's Manta Ray equals each Tidal Pool's Creatures. The number of each Salt Marsh's Sea Anemone equals each Coral Reef's Creatures. The number of each Mangrove Ecosystem's Walrus equals 2. The number of each Salt Marsh's Puffer Fish equals 0 more than each Coral Reef's Sea Anemone. How many Creatures does Mangrove Ecosystem have?
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Define Coral Reef's Sea Anemone as h; so h = 10. Define Coral Reef's Creatures as p; so p = h = 10. Define Salt Marsh's Sea Anemone as O; so O = p = 10. Define Salt Marsh's Puffer Fish as H; so H = 0 + h = 0 + 10 = 10. Define Salt Marsh's Creatures as o; so o = O + H = 10 + 10 = 20. Define Tidal Pool's Sea Anemone as s; so s = 21 + o = 21 + 20 = 18. Define Mangrove Ecosystem's Walrus as v; so v = 2. Define Tidal Pool's Manta Ray as z; so z = 3 * v = 3 * 2 = 6. Define Tidal Pool's Creatures as B; so B = s + z = 18 + 6 = 1. Define Mangrove Ecosystem's Puffer Fish as W; so W = 11. Define Mangrove Ecosystem's Manta Ray as y; so y = B = 1. Define Mangrove Ecosystem's Creatures as P; J = W + y = 11 + 1 = 12; so P = J + v = 12 + 2 = 14.
|
14
|
hard
| 13 |
701 |
The number of each Hydrothermal Vent's Vulture equals 8 more than the sum of each Vulture's Frontal Lobe and each Vulture's Autonomic Nerves. The number of each Hydrothermal Vent's Kingfisher equals 19. The number of each Crow's Autonomic Nerves equals each Freshwater Pond's Crow. The number of each Vulture's Frontal Lobe equals 6. The number of each Kingfisher's Autonomic Nerves equals each Freshwater Pond's Crow. The number of each Tidal Pool's Crow equals each Freshwater Pond's Crow. The number of each Tidal Pool's Kingfisher equals 20 times as much as the sum of each Kingfisher's Organs and each Tidal Pool's Crow. The number of each Freshwater Pond's Crow equals 14. The number of each Freshwater Pond's Vulture equals each Tidal Pool's Organs. The number of each Crow's Ganglia equals each Freshwater Pond's Crow. The number of each Vulture's Autonomic Nerves equals 19 times as much as each Vulture's Frontal Lobe. How many Vulture does Freshwater Pond have?
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Define Freshwater Pond's Crow as x; so x = 14. Define Kingfisher's Autonomic Nerves as W; so W = x = 14. Define Tidal Pool's Crow as G; so G = x = 14. Define Crow's Ganglia as c; so c = x = 14. Define Crow's Autonomic Nerves as w; so w = x = 14. Define Kingfisher's Organs as i; so i = W = 14. Define Tidal Pool's Kingfisher as F; V = i + G = 14 + 14 = 5; so F = 20 * V = 20 * 5 = 8. Define Crow's Organs as K; so K = c + w = 14 + 14 = 5. Define Tidal Pool's Organs as u; L = G * K = 14 * 5 = 1; o = F * i = 8 * 14 = 20; so u = L + o = 1 + 20 = 21. Define Freshwater Pond's Vulture as g; so g = u = 21.
|
21
|
hard
| 13 |
702 |
The number of each Neuroscience Lab's Drawstring Backpack equals 21 more than the difference of each Neuroscience Lab's Concealed Carry Backpack and each Drawstring Backpack's Stationery. The number of each Concealed Carry Backpack's Clay equals each Concealed Carry Backpack's Glitter. The number of each Zoology Lab's Solar Charging Backpack equals 11 times as much as the difference of each Drawstring Backpack's Stationery and each Neuroscience Lab's Concealed Carry Backpack. The number of each Neuroscience Lab's Concealed Carry Backpack equals each Drawstring Backpack's Stationery. The number of each Concealed Carry Backpack's Glitter equals 11. The number of each Solar Charging Backpack's Palette equals 21 more than each Concealed Carry Backpack's Stationery. How many Drawstring Backpack does Neuroscience Lab have?
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Define Drawstring Backpack's Stationery as D; so D = 0. Define Neuroscience Lab's Concealed Carry Backpack as K; so K = D = 0. Define Neuroscience Lab's Drawstring Backpack as Y; P = K - D = 0 - 0 = 0; so Y = 21 + P = 21 + 0 = 21.
|
21
|
med
| 4 |
703 |
The number of each Administrative District's Instacart equals 4 times as much as each Civic Center's Instacart. The number of each Civic Center's Deliveroo equals 11. The number of each Administrative District's Deliveroo equals 4 times as much as the sum of each Administrative District's Instacart, each Civic Center's Deliveroo and each Civic Center's Instacart. The number of each Court District's Amazon Fresh equals 11 times as much as the sum of each Court District's Instacart, each Administrative District's Amazon Fresh and each Civic Center's Instacart. The number of each Civic Center's Instacart equals 8 more than each Civic Center's Deliveroo. The number of each Administrative District's Amazon Fresh equals 20 times as much as the difference of each Civic Center's Instacart and each Administrative District's Instacart. The number of each Court District's Instacart equals the difference of each Administrative District's Supermarket and each Civic Center's Deliveroo. The number of each Civic Center's Amazon Fresh equals the sum of each Court District's Amazon Fresh, each Administrative District's Supermarket, each Civic Center's Deliveroo and each Administrative District's Instacart. How many Amazon Fresh does Civic Center have?
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Define Civic Center's Deliveroo as A; so A = 11. Define Civic Center's Instacart as g; so g = 8 + A = 8 + 11 = 19. Define Administrative District's Instacart as K; so K = 4 * g = 4 * 19 = 7. Define Administrative District's Deliveroo as o; z = K + A = 7 + 11 = 18; l = z + g = 18 + 19 = 14; so o = 4 * l = 4 * 14 = 10. Define Administrative District's Amazon Fresh as T; r = g - K = 19 - 7 = 12; so T = 20 * r = 20 * 12 = 10. Define Administrative District's Supermarket as V; S = T + K = 10 + 7 = 17; so V = S + o = 17 + 10 = 4. Define Court District's Instacart as M; so M = V - A = 4 - 11 = 16. Define Court District's Amazon Fresh as N; Q = M + T = 16 + 10 = 3; L = Q + g = 3 + 19 = 22; so N = 11 * L = 11 * 22 = 12. Define Civic Center's Amazon Fresh as D; q = N + V = 12 + 4 = 16; J = q + A = 16 + 11 = 4; so D = J + K = 4 + 7 = 11.
|
11
|
hard
| 17 |
704 |
The number of each Lake Homes's Thrive Market equals each Lake Homes's Instacart. The number of each Row Houses's Instacart equals 5 more than each Lake Homes's Supermarket. The number of each Farmhouses's Instacart equals the sum of each Lake Homes's Sun Basket, each Lake Homes's Supermarket, each Lake Homes's Instacart and each Farmhouses's Sun Basket. The number of each Townhouse Development's Uber Eats equals each Row Houses's Thrive Market. The number of each Row Houses's Sun Basket equals 22. The number of each Farmhouses's Sun Basket equals 3 more than each Farmhouses's Thrive Market. The number of each Townhouse Development's Instacart equals the sum of each Lake Homes's Uber Eats and each Lake Homes's Thrive Market. The number of each Lake Homes's Instacart equals each Lake Homes's Sun Basket. The number of each Townhouse Development's Sun Basket equals 7. The number of each Farmhouses's Thrive Market equals 12 times as much as each Row Houses's Sun Basket. The number of each Townhouse Development's Thrive Market equals the difference of each Townhouse Development's Instacart and each Lake Homes's Instacart. The number of each Farmhouses's Uber Eats equals the sum of each Farmhouses's Sun Basket and each Row Houses's Instacart. The number of each Lake Homes's Sun Basket equals 13. The number of each Lake Homes's Uber Eats equals each Lake Homes's Sun Basket. The number of each Row Houses's Uber Eats equals 16. The number of each Row Houses's Thrive Market equals the difference of each Lake Homes's Sun Basket and each Row Houses's Instacart. How many Instacart does Row Houses have?
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Define Lake Homes's Sun Basket as H; so H = 13. Define Lake Homes's Instacart as X; so X = H = 13. Define Lake Homes's Uber Eats as C; so C = H = 13. Define Lake Homes's Thrive Market as e; so e = X = 13. Define Lake Homes's Supermarket as Q; d = e + H = 13 + 13 = 3; M = d + X = 3 + 13 = 16; so Q = M + C = 16 + 13 = 6. Define Row Houses's Instacart as k; so k = 5 + Q = 5 + 6 = 11.
|
11
|
med
| 8 |
705 |
The number of each Seahorse's Autonomic Nerves equals 7 times as much as the difference of each Manatee's Organs and each Manatee's Ganglia. The number of each Stingray's Medulla Oblongata equals the sum of each Seahorse's Organs, each Seahorse's Autonomic Nerves, each Manatee's Ganglia and each Manatee's Organs. The number of each Manatee's Ganglia equals 14. How many Organs does Stingray have?
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Define Manatee's Ganglia as D; so D = 14. Define Manatee's Organs as v; so v = D = 14. Define Seahorse's Autonomic Nerves as z; i = v - D = 14 - 14 = 0; so z = 7 * i = 7 * 0 = 0. Define Seahorse's Organs as Z; so Z = z = 0. Define Stingray's Medulla Oblongata as w; I = Z + z = 0 + 0 = 0; p = I + D = 0 + 14 = 14; so w = p + v = 14 + 14 = 5. Define Stingray's Organs as B; so B = w = 5.
|
5
|
hard
| 9 |
706 |
The number of each Falcon's Basal Plate equals 13 more than the sum of each Berlin Zoological Garden's Mantis Habitat, each Mantis Habitat's Finch and each Detroit Zoo's Spider Web Exhibit. The number of each Toronto Zoo's Worm World equals 19. The number of each Spider Web Exhibit's Hummingbird equals 0. The number of each Millipede Meadow's Falcon equals each Mantis Habitat's Eagle. The number of each Zoo Zürich's Millipede Meadow equals 10 times as much as the difference of each Detroit Zoo's Spider Web Exhibit and each Falcon's Basal Plate. The number of each Eagle's Epicentrals equals 13 times as much as each Spider Web Exhibit's Hummingbird. The number of each Mantis Habitat's Finch equals each Berlin Zoological Garden's Mantis Habitat. The number of each Berlin Zoological Garden's Mantis Habitat equals 8. The number of each Hummingbird's Pelvic Fin Rays equals 15. The number of each Detroit Zoo's Spider Web Exhibit equals 15. The number of each Mantis Habitat's Eagle equals 14 more than each Eagle's Epicentrals. The number of each Eagle's Postzygapophyses equals the sum of each Spider Web Exhibit's Animal, each Millipede Meadow's Animal, each Worm World's Bone and each Millipede Meadow's Falcon. How many Animal does Millipede Meadow have?
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Define Spider Web Exhibit's Hummingbird as B; so B = 0. Define Eagle's Epicentrals as s; so s = 13 * B = 13 * 0 = 0. Define Mantis Habitat's Eagle as K; so K = 14 + s = 14 + 0 = 14. Define Millipede Meadow's Falcon as x; so x = K = 14. Define Millipede Meadow's Animal as J; so J = x = 14.
|
14
|
med
| 5 |
707 |
The number of each Trachea's Dendritic Cells equals each Tropical Monsoon Forest's Swan. The number of each Swan's Larynx equals 6 times as much as each Butterfly's Trachea. The number of each Tropical Monsoon Forest's Swan equals 5 more than the difference of each Temperate Deciduous Forest's Creatures and each Temperate Deciduous Forest's Cells. The number of each Trachea's Hemocytoblasts equals 13. The number of each Butterfly's Trachea equals 0. The number of each Tropical Monsoon Forest's Butterfly equals 9 more than each Temperate Deciduous Forest's Cells. How many Creatures does Tropical Monsoon Forest have?
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Define Temperate Deciduous Forest's Cells as F; so F = 0. Define Tropical Monsoon Forest's Butterfly as Y; so Y = 9 + F = 9 + 0 = 9. Define Temperate Deciduous Forest's Creatures as j; so j = 0. Define Tropical Monsoon Forest's Swan as Z; y = j - F = 0 - 0 = 0; so Z = 5 + y = 5 + 0 = 5. Define Tropical Monsoon Forest's Creatures as p; so p = Z + Y = 5 + 9 = 14.
|
14
|
med
| 6 |
708 |
The number of each Anthropology Classroom's First Aid Backpack equals 16 times as much as each Clear Backpack's Canvas Board. The number of each Literature Classroom's First Aid Backpack equals each Clear Backpack's Canvas Board. The number of each First Aid Backpack's Clay equals 3 more than the sum of each Clear Backpack's Canvas Board and each Anthropology Classroom's First Aid Backpack. The number of each First Aid Backpack's Canvas Board equals 4 times as much as each First Aid Backpack's Clay. The number of each Drama Studio's First Aid Backpack equals 8 more than each Clear Backpack's Spray Paint. The number of each Literature Classroom's Clear Backpack equals 5. The number of each Clear Backpack's Clay equals 20 more than the difference of each Literature Classroom's Clear Backpack and each Anthropology Classroom's First Aid Backpack. The number of each Anthropology Classroom's Hunting Backpack equals the sum of each Literature Classroom's First Aid Backpack and each Literature Classroom's Clear Backpack. The number of each Drama Studio's Clear Backpack equals 22 times as much as each Hunting Backpack's Spray Paint. The number of each Clear Backpack's Spray Paint equals 22 more than each Hunting Backpack's Spray Paint. The number of each Anthropology Classroom's Clear Backpack equals 10. The number of each Clear Backpack's Canvas Board equals 7. The number of each First Aid Backpack's Spray Paint equals the sum of each Anthropology Classroom's First Aid Backpack and each Drama Studio's Clear Backpack. The number of each Hunting Backpack's Canvas Board equals 15 more than the sum of each Clear Backpack's Canvas Board, each Anthropology Classroom's First Aid Backpack and each First Aid Backpack's Clay. The number of each Hunting Backpack's Spray Paint equals each Literature Classroom's Clear Backpack. The number of each Literature Classroom's Hunting Backpack equals 13. The number of each Hunting Backpack's Clay equals each Drama Studio's First Aid Backpack. The number of each Drama Studio's Hunting Backpack equals 7. How many Clay does Hunting Backpack have?
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Define Literature Classroom's Clear Backpack as n; so n = 5. Define Hunting Backpack's Spray Paint as h; so h = n = 5. Define Clear Backpack's Spray Paint as j; so j = 22 + h = 22 + 5 = 4. Define Drama Studio's First Aid Backpack as L; so L = 8 + j = 8 + 4 = 12. Define Hunting Backpack's Clay as z; so z = L = 12.
|
12
|
hard
| 5 |
709 |
The number of each Mitsuwa Marketplace's Canned Milk equals the sum of each Canned Cherries's Cherry, each Buford Highway Farmers Market's Canned Cherries and each Mitsuwa Marketplace's Canned Cherries. The number of each Canned Cherries's Cherry equals 1. The number of each Canned Cherries's Grape equals each Buford Highway Farmers Market's Canned Cherries. The number of each Mitsuwa Marketplace's Canned Cherries equals 18. The number of each Buford Highway Farmers Market's Canned Cherries equals 16 times as much as each Mitsuwa Marketplace's Canned Cherries. How many Ingredient does Canned Milk have?
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Define Canned Milk's Ingredient as p; so p = 0.
|
0
|
med
| 1 |
710 |
The number of each NetVersity's Aerospace Engineering Lab equals the difference of each StudyNet College's Materials Science Lab and each NetLearn Institute's Differential Equations Classroom. The number of each EduWeb Academy's Aerospace Engineering Lab equals each EduWeb Academy's Materials Science Lab. The number of each NetVersity's Trigonometry Room equals 6. The number of each EduWeb Academy's Differential Equations Classroom equals 17 more than each NetVersity's Trigonometry Room. The number of each NetLearn Institute's Materials Science Lab equals each NetVersity's Trigonometry Room. The number of each EduWeb Academy's Trigonometry Room equals each NetLearn Institute's Differential Equations Classroom. The number of each StudyNet College's Materials Science Lab equals each NetLearn Institute's Differential Equations Classroom. The number of each EduWeb Academy's Materials Science Lab equals 18 more than each NetLearn Institute's Differential Equations Classroom. The number of each StudyNet College's Differential Equations Classroom equals the sum of each EduWeb Academy's Materials Science Lab and each EduWeb Academy's Aerospace Engineering Lab. The number of each NetVersity's Materials Science Lab equals the difference of each NetLearn Institute's Trigonometry Room and each EduWeb Academy's Materials Science Lab. The number of each NetLearn Institute's Aerospace Engineering Lab equals 14. The number of each NetLearn Institute's Differential Equations Classroom equals 21. The number of each NetLearn Institute's Trigonometry Room equals each NetLearn Institute's Aerospace Engineering Lab. How many Materials Science Lab does NetLearn Institute have?
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Define NetVersity's Trigonometry Room as b; so b = 6. Define NetLearn Institute's Materials Science Lab as f; so f = b = 6.
|
6
|
hard
| 2 |
711 |
The number of each Bureaucratic District's Price Rite equals 2. The number of each Police District's Fiesta Foods equals 9 times as much as the sum of each Bureaucratic District's Supermarket, each Bureaucratic District's Price Rite and each Bureaucratic District's Fiesta Foods. The number of each Bureaucratic District's Fiesta Foods equals 10. How many Supermarket does Police District have?
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Define Bureaucratic District's Price Rite as t; so t = 2. Define Bureaucratic District's Fiesta Foods as R; so R = 10. Define Bureaucratic District's Supermarket as g; so g = R + t = 10 + 2 = 12. Define Police District's Fiesta Foods as y; L = g + t = 12 + 2 = 14; u = L + R = 14 + 10 = 1; so y = 9 * u = 9 * 1 = 9. Define Police District's Supermarket as S; so S = y = 9.
|
9
|
hard
| 7 |
712 |
The number of each Parrot Paradise's Trout equals each Yala National Park's Parrot Paradise. The number of each Pheasant Pen's Sardine equals 1 more than the difference of each Etosha National Park's Vulture Valley and each Serengeti National Park's Pheasant Pen. The number of each Serengeti National Park's Vulture Valley equals 21. The number of each Etosha National Park's Pheasant Pen equals 12 times as much as the sum of each Serengeti National Park's Pheasant Pen and each Pheasant Pen's Sardine. The number of each Etosha National Park's Vulture Valley equals each Serengeti National Park's Pheasant Pen. The number of each Yala National Park's Vulture Valley equals 18. The number of each Serengeti National Park's Parrot Paradise equals 20 more than the sum of each Pheasant Pen's Sardine, each Serengeti National Park's Pheasant Pen and each Etosha National Park's Vulture Valley. The number of each Pheasant Pen's Trout equals 16 times as much as each Etosha National Park's Vulture Valley. The number of each Vulture Valley's Eel equals 12. The number of each Yala National Park's Pheasant Pen equals each Serengeti National Park's Parrot Paradise. The number of each Serengeti National Park's Pheasant Pen equals 3. The number of each Etosha National Park's Parrot Paradise equals each Vulture Valley's Eel. The number of each Yala National Park's Parrot Paradise equals each Vulture Valley's Eel. The number of each Vulture Valley's Trout equals the difference of each Vulture Valley's Eel and each Etosha National Park's Parrot Paradise. The number of each Vulture Valley's Sardine equals each Etosha National Park's Pheasant Pen. The number of each Pheasant Pen's Eel equals 0. The number of each Parrot Paradise's Sardine equals each Yala National Park's Vulture Valley. The number of each Parrot Paradise's Eel equals 13 more than each Pheasant Pen's Eel. How many Parrot Paradise does Serengeti National Park have?
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Define Serengeti National Park's Pheasant Pen as M; so M = 3. Define Etosha National Park's Vulture Valley as u; so u = M = 3. Define Pheasant Pen's Sardine as b; C = u - M = 3 - 3 = 0; so b = 1 + C = 1 + 0 = 1. Define Serengeti National Park's Parrot Paradise as d; R = b + M = 1 + 3 = 4; D = R + u = 4 + 3 = 7; so d = 20 + D = 20 + 7 = 4.
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4
|
hard
| 7 |
713 |
The number of each Canned Corn's Avocado equals 8. The number of each Canned Fruits's Avocado equals 11. The number of each Canned Fruits's Lemon equals 3 times as much as each Canned Fruits's Avocado. The number of each Canned Corn's Lemon equals 22 more than the sum of each Canned Fruits's Ingredient, each Canned Fruits's Avocado and each Canned Fruits's Lemon. How many Ingredient does Canned Fruits have?
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Define Canned Fruits's Avocado as H; so H = 11. Define Canned Fruits's Lemon as k; so k = 3 * H = 3 * 11 = 10. Define Canned Fruits's Ingredient as h; so h = H + k = 11 + 10 = 21.
|
21
|
med
| 3 |
714 |
The number of each Meerkat Manor's Tortoise equals each Tortoise's Proximal Phalanx. The number of each Frilled Lizard's Metacarpal IV equals 14 more than each Tortoise's Bone. The number of each Insectarium of Chicago's Lion Exhibit equals each San Jose Insectarium's Bone. The number of each Bat Cave's Frilled Lizard equals the difference of each Meerkat Manor's Bone and each Frilled Lizard's Metacarpal IV. The number of each San Jose Insectarium's Meerkat Manor equals each Insectarium of Chicago's Rhinoceros Pen. The number of each San Jose Insectarium's Bat Cave equals each Meerkat Manor's Bone. The number of each Insectarium of Chicago's Rhinoceros Pen equals the sum of each Bat Cave's Bone, each Meerkat Manor's Tortoise and each Tortoise's Bone. The number of each Tortoise's Proximal Phalanx equals 7. How many Lion Exhibit does Insectarium of Chicago have?
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Define Tortoise's Proximal Phalanx as v; so v = 7. Define Tortoise's Bone as r; so r = v = 7. Define Meerkat Manor's Tortoise as x; so x = v = 7. Define Meerkat Manor's Bone as h; so h = x * r = 7 * 7 = 3. Define Frilled Lizard's Metacarpal IV as Y; so Y = 14 + r = 14 + 7 = 21. Define Frilled Lizard's Bone as Z; so Z = Y = 21. Define Bat Cave's Frilled Lizard as s; so s = h - Y = 3 - 21 = 5. Define Bat Cave's Bone as i; so i = s * Z = 5 * 21 = 13. Define Insectarium of Chicago's Rhinoceros Pen as K; N = i + x = 13 + 7 = 20; so K = N + r = 20 + 7 = 4. Define San Jose Insectarium's Meerkat Manor as Q; so Q = K = 4. Define San Jose Insectarium's Bat Cave as q; so q = h = 3. Define San Jose Insectarium's Bone as F; y = Q * h = 4 * 3 = 12; V = q * i = 3 * 13 = 16; so F = y + V = 12 + 16 = 5. Define Insectarium of Chicago's Lion Exhibit as t; so t = F = 5.
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5
|
hard
| 16 |
715 |
The number of each Cheetah Run's Bear equals 20 more than the difference of each Small Mammal House's Animal and each Giraffe Enclosure's Animal. The number of each Cheetah Run's Rhinoceros equals 18 more than the sum of each Giraffe Enclosure's Animal and each Giraffe Enclosure's Bear. The number of each Small Mammal House's Bear equals the sum of each Small Mammal House's Rhinoceros, each Cheetah Run's Rhinoceros, each Giraffe Enclosure's Rhinoceros and each Giraffe Enclosure's Animal. The number of each Giraffe Enclosure's Rhinoceros equals 22 more than each Giraffe Enclosure's Bear. The number of each Giraffe Enclosure's Bear equals 2. The number of each Small Mammal House's Rhinoceros equals 13. How many Rhinoceros does Cheetah Run have?
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Define Giraffe Enclosure's Bear as c; so c = 2. Define Giraffe Enclosure's Rhinoceros as x; so x = 22 + c = 22 + 2 = 1. Define Giraffe Enclosure's Animal as z; so z = c + x = 2 + 1 = 3. Define Cheetah Run's Rhinoceros as V; w = z + c = 3 + 2 = 5; so V = 18 + w = 18 + 5 = 0.
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0
|
hard
| 5 |
716 |
The number of each Grofers's Canned Broth equals 5. The number of each Sun Basket's Canned Beans equals 15. The number of each FreshDirect's Canned Soups equals 18 more than the sum of each FreshDirect's Canned Beans, each Sun Basket's Canned Broth and each Sun Basket's Canned Beans. The number of each Grofers's Canned Soups equals 9. The number of each Sun Basket's Canned Soups equals 19 more than the sum of each Grofers's Canned Soups, each Sun Basket's Canned Beans and each FreshDirect's Canned Broth. The number of each FreshDirect's Canned Beans equals each Sun Basket's Canned Broth. The number of each Sun Basket's Canned Broth equals 6 more than the sum of each Grofers's Canned Beans, each Grofers's Canned Soups and each FreshDirect's Canned Broth. The number of each FreshDirect's Canned Broth equals 0 more than each Grofers's Canned Soups. The number of each Grofers's Canned Beans equals each FreshDirect's Canned Broth. How many Canned Broth does Sun Basket have?
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Define Grofers's Canned Soups as k; so k = 9. Define FreshDirect's Canned Broth as j; so j = 0 + k = 0 + 9 = 9. Define Grofers's Canned Beans as i; so i = j = 9. Define Sun Basket's Canned Broth as W; e = i + k = 9 + 9 = 18; E = e + j = 18 + 9 = 4; so W = 6 + E = 6 + 4 = 10.
|
10
|
hard
| 6 |
717 |
The number of each Amygdala's Macrophages equals 16 more than the sum of each Spinal Cord's Red Blood Cells, each Amygdala's Red Blood Cells and each Amygdala's Eosinophils. The number of each Spinal Cord's Macrophages equals each Spinal Cord's Red Blood Cells. The number of each Pons's Red Blood Cells equals 8. The number of each Amygdala's Red Blood Cells equals 20 more than the difference of each Pons's Eosinophils and each Amygdala's Eosinophils. The number of each Spinal Cord's Red Blood Cells equals 5 more than each Pons's Eosinophils. The number of each Pons's Eosinophils equals 20. The number of each Amygdala's Eosinophils equals each Pons's Eosinophils. The number of each Spinal Cord's Eosinophils equals 16 more than the sum of each Amygdala's Cells, each Amygdala's Red Blood Cells and each Pons's Eosinophils. The number of each Pons's Macrophages equals each Amygdala's Red Blood Cells. How many Eosinophils does Spinal Cord have?
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Define Pons's Eosinophils as v; so v = 20. Define Amygdala's Eosinophils as r; so r = v = 20. Define Spinal Cord's Red Blood Cells as X; so X = 5 + v = 5 + 20 = 2. Define Amygdala's Red Blood Cells as Y; x = v - r = 20 - 20 = 0; so Y = 20 + x = 20 + 0 = 20. Define Amygdala's Macrophages as J; B = X + Y = 2 + 20 = 22; P = B + r = 22 + 20 = 19; so J = 16 + P = 16 + 19 = 12. Define Amygdala's Cells as g; j = r + J = 20 + 12 = 9; so g = j + Y = 9 + 20 = 6. Define Spinal Cord's Eosinophils as n; F = g + Y = 6 + 20 = 3; A = F + v = 3 + 20 = 0; so n = 16 + A = 16 + 0 = 16.
|
16
|
med
| 13 |
718 |
The number of each Pelvis's Squamous Epithelial Cells equals each Knee Joint's Cells. The number of each Pelvis's Cuboidal Epithelial Cells equals 3 more than each Femur's Basal Cells. The number of each Femur's Basal Cells equals 18 more than each Knee Joint's Cells. The number of each Knee Joint's Squamous Epithelial Cells equals each Knee Joint's Cuboidal Epithelial Cells. The number of each Knee Joint's Cuboidal Epithelial Cells equals 3. The number of each Femur's Squamous Epithelial Cells equals 8. How many Cells does Pelvis have?
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Define Knee Joint's Cuboidal Epithelial Cells as p; so p = 3. Define Knee Joint's Squamous Epithelial Cells as k; so k = p = 3. Define Knee Joint's Cells as w; so w = k + p = 3 + 3 = 6. Define Femur's Basal Cells as n; so n = 18 + w = 18 + 6 = 1. Define Pelvis's Cuboidal Epithelial Cells as W; so W = 3 + n = 3 + 1 = 4. Define Pelvis's Squamous Epithelial Cells as a; so a = w = 6. Define Pelvis's Cells as o; so o = a + W = 6 + 4 = 10.
|
10
|
hard
| 7 |
719 |
The number of each Tracy Aviary's Crocodile Swamp equals the sum of each Monte Casino Bird Park's Newt Nook and each Snake Den's Tiger. The number of each Niagara Falls Aviary's Newt Nook equals 21. The number of each Snake Den's Tiger equals each Niagara Falls Aviary's Newt Nook. The number of each Monte Casino Bird Park's Newt Nook equals the sum of each Monte Casino Bird Park's Snake Den, each Snake Den's Tiger and each Niagara Falls Aviary's Newt Nook. The number of each Newt Nook's Kangaroo equals 16 times as much as each Tracy Aviary's Crocodile Swamp. The number of each Oklahoma City Zoo and Botanical Garden's Newt Nook equals 14 times as much as each Tracy Aviary's Snake Den. The number of each Niagara Falls Aviary's Crocodile Swamp equals 9 more than each Niagara Falls Aviary's Newt Nook. The number of each Monte Casino Bird Park's Snake Den equals 10 more than the sum of each Niagara Falls Aviary's Crocodile Swamp and each Snake Den's Tiger. The number of each Tracy Aviary's Snake Den equals 3 times as much as each Snake Den's Tiger. How many Animal does Oklahoma City Zoo and Botanical Garden have?
|
Define Niagara Falls Aviary's Newt Nook as T; so T = 21. Define Niagara Falls Aviary's Crocodile Swamp as F; so F = 9 + T = 9 + 21 = 7. Define Snake Den's Tiger as w; so w = T = 21. Define Tracy Aviary's Snake Den as a; so a = 3 * w = 3 * 21 = 17. Define Monte Casino Bird Park's Snake Den as n; C = F + w = 7 + 21 = 5; so n = 10 + C = 10 + 5 = 15. Define Oklahoma City Zoo and Botanical Garden's Newt Nook as d; so d = 14 * a = 14 * 17 = 8. Define Monte Casino Bird Park's Newt Nook as p; z = n + w = 15 + 21 = 13; so p = z + T = 13 + 21 = 11. Define Tracy Aviary's Crocodile Swamp as Y; so Y = p + w = 11 + 21 = 9. Define Newt Nook's Kangaroo as R; so R = 16 * Y = 16 * 9 = 6. Define Newt Nook's Animal as m; so m = R = 6. Define Oklahoma City Zoo and Botanical Garden's Animal as b; so b = d * m = 8 * 6 = 2.
|
2
|
hard
| 13 |
720 |
The number of each Dragonfly's Mitral Valve equals 3 times as much as each Dragonfly's Cardiac Muscle. The number of each Dragonfly's Cardiac Muscle equals 0. The number of each Mitral Valve's Cuboidal Epithelial Cells equals 22 times as much as each Dragonfly's Cardiac Muscle. The number of each Temperate Deciduous Forest's Dragonfly equals 6. The number of each Temperate Deciduous Forest's Peacock equals 13 times as much as each Dragonfly's Mitral Valve. The number of each Tropical Rainforest's Peacock equals 21 more than the sum of each Temperate Deciduous Forest's Peacock and each Dragonfly's Cardiac Muscle. The number of each Mitral Valve's Squamous Epithelial Cells equals the sum of each Tropical Rainforest's Peacock and each Dragonfly's Cardiac Muscle. The number of each Cardiac Muscle's Squamous Epithelial Cells equals 5. How many Squamous Epithelial Cells does Mitral Valve have?
|
Define Dragonfly's Cardiac Muscle as y; so y = 0. Define Dragonfly's Mitral Valve as s; so s = 3 * y = 3 * 0 = 0. Define Temperate Deciduous Forest's Peacock as p; so p = 13 * s = 13 * 0 = 0. Define Tropical Rainforest's Peacock as n; c = p + y = 0 + 0 = 0; so n = 21 + c = 21 + 0 = 21. Define Mitral Valve's Squamous Epithelial Cells as E; so E = n + y = 21 + 0 = 21.
|
21
|
med
| 6 |
721 |
The number of each Snowboard Backpack's Colored Paper equals 19. The number of each Woodland Elementary's Business Management Room equals the sum of each Sunset Primary's Classroom and each Sunset Primary's Business Management Room. The number of each Racquet Backpack's Graph Paper equals each Journalism Lab's Climbing Backpack. The number of each Journalism Lab's Racquet Backpack equals the sum of each Business Management Room's Racquet Backpack and each Snowboard Backpack's Graph Paper. The number of each Climbing Backpack's Colored Paper equals 19 times as much as each Journalism Lab's Snowboard Backpack. The number of each Business Management Room's Racquet Backpack equals 7 more than each Snowboard Backpack's Stationery. The number of each Sunset Primary's Journalism Lab equals the sum of each Journalism Lab's Racquet Backpack, each Snowboard Backpack's Graph Paper and each Business Management Room's Snowboard Backpack. The number of each Journalism Lab's Climbing Backpack equals 5 times as much as each Business Management Room's Climbing Backpack. The number of each Journalism Lab's Snowboard Backpack equals 15. The number of each Woodland Elementary's Journalism Lab equals the sum of each Snowboard Backpack's Graph Paper and each Business Management Room's Racquet Backpack. The number of each Climbing Backpack's Graph Paper equals each Racquet Backpack's Stationery. The number of each Business Management Room's Climbing Backpack equals the sum of each Woodland Elementary's Classroom and each Snowboard Backpack's Colored Paper. The number of each Business Management Room's Snowboard Backpack equals 22. The number of each Racquet Backpack's Colored Paper equals each Sunset Primary's Business Management Room. The number of each Snowboard Backpack's Graph Paper equals 11 times as much as each Business Management Room's Snowboard Backpack. The number of each Sunset Primary's Business Management Room equals each Journalism Lab's Racquet Backpack. How many Graph Paper does Climbing Backpack have?
|
Define Business Management Room's Snowboard Backpack as O; so O = 22. Define Snowboard Backpack's Graph Paper as f; so f = 11 * O = 11 * 22 = 12. Define Snowboard Backpack's Colored Paper as y; so y = 19. Define Snowboard Backpack's Stationery as X; so X = f + y = 12 + 19 = 8. Define Business Management Room's Racquet Backpack as H; so H = 7 + X = 7 + 8 = 15. Define Journalism Lab's Racquet Backpack as i; so i = H + f = 15 + 12 = 4. Define Sunset Primary's Journalism Lab as Y; P = i + f = 4 + 12 = 16; so Y = P + O = 16 + 22 = 15. Define Sunset Primary's Business Management Room as G; so G = i = 4. Define Sunset Primary's Classroom as E; so E = G + Y = 4 + 15 = 19. Define Woodland Elementary's Business Management Room as A; so A = E + G = 19 + 4 = 0. Define Woodland Elementary's Journalism Lab as V; so V = f + H = 12 + 15 = 4. Define Woodland Elementary's Classroom as m; so m = A + V = 0 + 4 = 4. Define Business Management Room's Climbing Backpack as W; so W = m + y = 4 + 19 = 0. Define Journalism Lab's Climbing Backpack as x; so x = 5 * W = 5 * 0 = 0. Define Racquet Backpack's Graph Paper as N; so N = x = 0. Define Racquet Backpack's Colored Paper as j; so j = G = 4. Define Racquet Backpack's Stationery as e; so e = N + j = 0 + 4 = 4. Define Climbing Backpack's Graph Paper as g; so g = e = 4.
|
4
|
hard
| 19 |
722 |
The number of each Stream Ecosystem's Zebra equals each Open Ocean's Cells. The number of each Open Ocean's Moose equals 20 times as much as each Gorilla's Organs. The number of each Moose's Occipital Lobe equals 3 times as much as the sum of each Gorilla's Spinal Cord and each Gorilla's Organs. The number of each Gorilla's Spinal Cord equals 2 more than each Occipital Lobe's Mucous Cells. The number of each Medulla Oblongata's Gastric Parietal Cells equals each Occipital Lobe's Mucous Cells. The number of each Occipital Lobe's Mucous Cells equals 4. The number of each Spinal Cord's Thyroid Follicular Cells equals 1. The number of each Arctic Ocean's Gorilla equals 5 more than each Spinal Cord's Thyroid Follicular Cells. The number of each Zebra's Medulla Oblongata equals 14. How many Cells does Open Ocean have?
|
Define Occipital Lobe's Mucous Cells as x; so x = 4. Define Gorilla's Spinal Cord as q; so q = 2 + x = 2 + 4 = 6. Define Gorilla's Organs as T; so T = q = 6. Define Moose's Occipital Lobe as A; k = q + T = 6 + 6 = 12; so A = 3 * k = 3 * 12 = 13. Define Open Ocean's Moose as F; so F = 20 * T = 20 * 6 = 5. Define Occipital Lobe's Cells as v; so v = x = 4. Define Moose's Cells as a; so a = A * v = 13 * 4 = 6. Define Open Ocean's Cells as i; so i = F * a = 5 * 6 = 7.
|
7
|
med
| 9 |
723 |
The number of each Differential Equations Classroom's Designer Backpack equals 12. The number of each Aerospace Engineering Lab's Designer Backpack equals 1 times as much as each Aerospace Engineering Lab's Modular Backpack. The number of each Differential Equations Classroom's Modular Backpack equals each Aerospace Engineering Lab's Modular Backpack. The number of each Robotics Lab's Modular Backpack equals 8 more than each Differential Equations Classroom's Designer Backpack. The number of each Robotics Lab's Designer Backpack equals 18 more than each Differential Equations Classroom's Designer Backpack. The number of each Aerospace Engineering Lab's Modular Backpack equals 5. The number of each Differential Equations Classroom's Hardshell Backpack equals the sum of each Robotics Lab's Backpack, each Differential Equations Classroom's Designer Backpack, each Robotics Lab's Designer Backpack and each Robotics Lab's Modular Backpack. The number of each Robotics Lab's Hardshell Backpack equals 12 more than each Differential Equations Classroom's Designer Backpack. The number of each Aerospace Engineering Lab's Hardshell Backpack equals 16. How many Backpack does Robotics Lab have?
|
Define Differential Equations Classroom's Designer Backpack as R; so R = 12. Define Robotics Lab's Designer Backpack as E; so E = 18 + R = 18 + 12 = 7. Define Robotics Lab's Modular Backpack as M; so M = 8 + R = 8 + 12 = 20. Define Robotics Lab's Hardshell Backpack as e; so e = 12 + R = 12 + 12 = 1. Define Robotics Lab's Backpack as a; j = E + e = 7 + 1 = 8; so a = j + M = 8 + 20 = 5.
|
5
|
med
| 6 |
724 |
The number of each Patagonian Desert's Moray Eel equals 20. The number of each Manatee's Autonomic Nerves equals 6 times as much as the sum of each Arabian Desert's Moray Eel, each Autonomic Nerves's Mast Cells and each Pons's Adipocytes. The number of each Patagonian Desert's Manatee equals the sum of each Arabian Desert's Moray Eel, each Autonomic Nerves's Cells and each Pons's Adipocytes. The number of each Arabian Desert's Moray Eel equals 3. The number of each Arabian Desert's Manatee equals 12 more than the sum of each Moray Eel's Pons and each Autonomic Nerves's Cells. The number of each Moray Eel's Pons equals 17. The number of each Pons's Mast Cells equals each Manatee's Autonomic Nerves. The number of each Autonomic Nerves's Mast Cells equals 4 more than each Arabian Desert's Moray Eel. The number of each Manatee's Pons equals the sum of each Arabian Desert's Creatures and each Arabian Desert's Moray Eel. The number of each Pons's Adipocytes equals the difference of each Arabian Desert's Moray Eel and each Autonomic Nerves's Mast Cells. How many Pons does Moray Eel have?
|
Define Moray Eel's Pons as v; so v = 17.
|
17
|
hard
| 1 |
725 |
The number of each Rockpool Exhibit's Leopard equals 15. The number of each Hluhluwe-Imfolozi Park's Rockpool Exhibit equals 17 times as much as each Moremi Game Reserve's Manatee Mangrove. The number of each Leopard's Caudal Vertebrae 5 equals 17 more than the sum of each Saltwater Fish Exhibit's Bone, each Elephant's Bone and each Saltwater Fish Exhibit's Elephant. The number of each Moremi Game Reserve's Manatee Mangrove equals 11. The number of each Hippopotamus's Caudal Vertebrae 9 equals the sum of each Saltwater Fish Exhibit's Bone and each Moremi Game Reserve's Enclosure. The number of each Saltwater Fish Exhibit's Elephant equals 12 times as much as each Leopard's Caudal Vertebrae 9. The number of each Leopard's Caudal Vertebrae 9 equals 1. The number of each Rockpool Exhibit's Elephant equals 4 more than each Manatee Mangrove's Hippopotamus. The number of each Manatee Mangrove's Hippopotamus equals 1 times as much as each Moremi Game Reserve's Manatee Mangrove. The number of each Hluhluwe-Imfolozi Park's Saltwater Fish Exhibit equals 12. The number of each Leopard's Caudal Vertebrae 11 equals 19. How many Caudal Vertebrae 5 does Leopard have?
|
Define Leopard's Caudal Vertebrae 9 as a; so a = 1. Define Saltwater Fish Exhibit's Elephant as H; so H = 12 * a = 12 * 1 = 12. Define Elephant's Bone as V; so V = 0. Define Saltwater Fish Exhibit's Bone as I; so I = H * V = 12 * 0 = 0. Define Leopard's Caudal Vertebrae 5 as z; s = I + V = 0 + 0 = 0; F = s + H = 0 + 12 = 12; so z = 17 + F = 17 + 12 = 6.
|
6
|
med
| 7 |
726 |
The number of each WebWorld Institute's Geography Lab equals 4. The number of each Virtual Scholars Academy's Public Relations Studio equals each NetEdge College's Psychology Lab. The number of each Virtual Scholars Academy's Psychology Lab equals 9 more than each NetEdge College's Public Relations Studio. The number of each NetEdge College's Psychology Lab equals 14 more than each WebWorld Institute's Geography Lab. The number of each Virtual Scholars Academy's Geography Lab equals the difference of each Virtual Scholars Academy's Public Relations Studio and each WebWorld Institute's Geography Lab. The number of each WebWorld Institute's Psychology Lab equals 19 times as much as each Virtual Scholars Academy's Psychology Lab. The number of each NetEdge College's Geography Lab equals each WebWorld Institute's Geography Lab. The number of each NetEdge College's Public Relations Studio equals 13. The number of each WebWorld Institute's Public Relations Studio equals 9 more than each WebWorld Institute's Psychology Lab. How many Psychology Lab does WebWorld Institute have?
|
Define NetEdge College's Public Relations Studio as D; so D = 13. Define Virtual Scholars Academy's Psychology Lab as O; so O = 9 + D = 9 + 13 = 22. Define WebWorld Institute's Psychology Lab as W; so W = 19 * O = 19 * 22 = 4.
|
4
|
hard
| 3 |
727 |
The number of each Falcon's Radial Carpal equals each Peacock's Bone. The number of each Cricket Chorus's Albatross equals 2 times as much as the sum of each Cricket Chorus's Falcon and each Albatross's Middle Phalanx. The number of each Albatross's Intermediate Carpal equals 22. The number of each Albatross's Middle Phalanx equals each Cricket Chorus's Falcon. The number of each Cricket Chorus's Sparrow equals each Albatross's Bone. The number of each Cricket Chorus's Falcon equals 3. The number of each Falcon's Proximal Phalanx equals 21 more than the difference of each Cricket Chorus's Falcon and each Albatross's Middle Phalanx. The number of each Mantis Habitat's Peacock equals each Millipede Meadow's Bone. How many Bone does Mantis Habitat have?
|
Define Millipede Meadow's Bone as f; so f = 0. Define Peacock's Bone as p; so p = 0. Define Mantis Habitat's Peacock as e; so e = f = 0. Define Mantis Habitat's Bone as K; so K = e * p = 0 * 0 = 0.
|
0
|
med
| 4 |
728 |
The number of each Green Field Elementary's Anatomy Lab equals the sum of each Maple Grove Elementary's Anatomy Lab, each Maple Grove Elementary's Classroom and each Maple Grove Elementary's Molecular Biology Lab. The number of each Maple Grove Elementary's Molecular Biology Lab equals each Green Field Elementary's Molecular Biology Lab. The number of each Green Field Elementary's Molecular Biology Lab equals 15. The number of each Maple Grove Elementary's Anatomy Lab equals 20 more than each Green Field Elementary's Molecular Biology Lab. How many Classroom does Maple Grove Elementary have?
|
Define Green Field Elementary's Molecular Biology Lab as R; so R = 15. Define Maple Grove Elementary's Anatomy Lab as X; so X = 20 + R = 20 + 15 = 12. Define Maple Grove Elementary's Molecular Biology Lab as y; so y = R = 15. Define Maple Grove Elementary's Classroom as Z; so Z = X + y = 12 + 15 = 4.
|
4
|
hard
| 4 |
729 |
The number of each Canned Pineapple's Steel-Cut Oats equals 17. The number of each Lazy Acres Natural Market's Canned Pineapple equals each Lazy Acres Natural Market's Canned Fruits. The number of each Canned Fruits's Corn equals 12. The number of each Lazy Acres Natural Market's Canned Fruits equals 22 times as much as each Canned Fruits's Corn. How many Product does Lazy Acres Natural Market have?
|
Define Canned Fruits's Corn as z; so z = 12. Define Lazy Acres Natural Market's Canned Fruits as E; so E = 22 * z = 22 * 12 = 11. Define Lazy Acres Natural Market's Canned Pineapple as d; so d = E = 11. Define Lazy Acres Natural Market's Product as O; so O = d + E = 11 + 11 = 22.
|
22
|
hard
| 4 |
730 |
The number of each Preparatory School District's Sainsbury's equals 8 more than each Sainsbury's's Product. The number of each Morrisons's Fruit Snacks equals 5. The number of each Preparatory School District's Morrisons equals 16. The number of each Sainsbury's's Yogurt Covered Raisins equals 12. The number of each Fruit Snacks's Cinnamon equals each Fruit Snacks's Saffron. The number of each Fruit Snacks's Saffron equals 8. The number of each Community College District's WinCo Foods equals 15 times as much as the difference of each Fruit Snacks's Saffron and each Fruit Snacks's Ingredient. The number of each WinCo Foods's Yogurt Covered Raisins equals 15 times as much as each Preparatory School District's Morrisons. How many Ingredient does Fruit Snacks have?
|
Define Fruit Snacks's Saffron as B; so B = 8. Define Fruit Snacks's Cinnamon as i; so i = B = 8. Define Fruit Snacks's Ingredient as p; so p = B + i = 8 + 8 = 16.
|
16
|
med
| 3 |
731 |
The number of each Falcon Aviary's Swordfish equals 19 times as much as each Aviary's Bone. The number of each Detroit Insectarium's Falcon Aviary equals 18. The number of each Swordfish's Radial Carpal equals 5 more than each Aviary's Eel. The number of each Audubon Insectarium's Falcon Aviary equals 15 times as much as each Detroit Insectarium's Enclosure. The number of each Aviary's Eel equals 21. The number of each Audubon Insectarium's Aviary equals 19. The number of each Falcon Aviary's Eel equals each Swordfish's Radial Carpal. The number of each Eel's Metacarpal III equals each Audubon Insectarium's Aviary. The number of each Aviary's Swordfish equals the sum of each Eel's Metacarpal III and each Detroit Insectarium's Falcon Aviary. How many Eel does Falcon Aviary have?
|
Define Aviary's Eel as N; so N = 21. Define Swordfish's Radial Carpal as U; so U = 5 + N = 5 + 21 = 3. Define Falcon Aviary's Eel as Q; so Q = U = 3.
|
3
|
hard
| 3 |
732 |
The number of each Calgary Zoo's Tarantula Terrarium equals 14 more than the sum of each Calgary Zoo's Scorpion Den, each Houston Zoo's Stick Insect Forest and each Calgary Zoo's Stick Insect Forest. The number of each Toronto Zoo's Scorpion Den equals 12 times as much as the sum of each Houston Zoo's Enclosure and each Calgary Zoo's Stick Insect Forest. The number of each Houston Zoo's Tarantula Terrarium equals 1. The number of each Toronto Zoo's Stick Insect Forest equals 22 more than each Calgary Zoo's Stick Insect Forest. The number of each Calgary Zoo's Stick Insect Forest equals 1. The number of each Calgary Zoo's Scorpion Den equals 9 more than each Houston Zoo's Stick Insect Forest. The number of each Houston Zoo's Scorpion Den equals 22 more than each Calgary Zoo's Scorpion Den. The number of each Houston Zoo's Stick Insect Forest equals 2 times as much as the difference of each Toronto Zoo's Stick Insect Forest and each Calgary Zoo's Stick Insect Forest. How many Tarantula Terrarium does Calgary Zoo have?
|
Define Calgary Zoo's Stick Insect Forest as Q; so Q = 1. Define Toronto Zoo's Stick Insect Forest as o; so o = 22 + Q = 22 + 1 = 0. Define Houston Zoo's Stick Insect Forest as S; Y = o - Q = 0 - 1 = 22; so S = 2 * Y = 2 * 22 = 21. Define Calgary Zoo's Scorpion Den as m; so m = 9 + S = 9 + 21 = 7. Define Calgary Zoo's Tarantula Terrarium as D; s = m + S = 7 + 21 = 5; G = s + Q = 5 + 1 = 6; so D = 14 + G = 14 + 6 = 20.
|
20
|
med
| 8 |
733 |
The number of each Pelican Pier's Falcon equals 4 times as much as each Pelican Pier's Canary. The number of each Pelican Pier's Canary equals 22. The number of each Vulture Valley's Falcon equals 10. The number of each Penguin Exhibit's Owl equals 3 times as much as each Penguin Exhibit's Canary. The number of each Penguin Exhibit's Falcon equals each Pelican Pier's Animal. The number of each Vulture Valley's Owl equals 14 more than the sum of each Pelican Pier's Falcon, each Pelican Pier's Canary and each Pelican Pier's Animal. The number of each Penguin Exhibit's Canary equals 14. How many Animal does Pelican Pier have?
|
Define Pelican Pier's Canary as n; so n = 22. Define Pelican Pier's Falcon as z; so z = 4 * n = 4 * 22 = 19. Define Pelican Pier's Animal as w; so w = z + n = 19 + 22 = 18.
|
18
|
med
| 3 |
734 |
The number of each Shoe Compartment Backpack's Modelling Tools equals 15. The number of each Training Daypack's Glitter equals the sum of each Training Daypack's Acrylic Paint and each Racquet Backpack's Acrylic Paint. The number of each Botany Lab's Racquet Backpack equals 21 more than each Environmental Science Lab's Training Daypack. The number of each Shoe Compartment Backpack's Acrylic Paint equals 14. The number of each Racquet Backpack's Modelling Tools equals 8. The number of each Botany Lab's Shoe Compartment Backpack equals 9 times as much as the difference of each Environmental Science Lab's Shoe Compartment Backpack and each Racquet Backpack's Glitter. The number of each Environmental Science Lab's Training Daypack equals the difference of each Environmental Science Lab's Shoe Compartment Backpack and each Racquet Backpack's Glitter. The number of each Training Daypack's Modelling Tools equals 17. The number of each Shoe Compartment Backpack's Glitter equals the difference of each Botany Lab's Racquet Backpack and each Environmental Science Lab's Backpack. The number of each Racquet Backpack's Glitter equals 4. The number of each Chemistry Lab's Training Daypack equals the sum of each Botany Lab's Training Daypack, each Environmental Science Lab's Racquet Backpack and each Botany Lab's Shoe Compartment Backpack. The number of each Environmental Science Lab's Shoe Compartment Backpack equals 20. The number of each Environmental Science Lab's Racquet Backpack equals the sum of each Racquet Backpack's Glitter and each Botany Lab's Backpack. The number of each Botany Lab's Training Daypack equals 20 times as much as the difference of each Racquet Backpack's Glitter and each Botany Lab's Shoe Compartment Backpack. The number of each Chemistry Lab's Racquet Backpack equals the difference of each Environmental Science Lab's Training Daypack and each Botany Lab's Racquet Backpack. The number of each Chemistry Lab's Shoe Compartment Backpack equals each Shoe Compartment Backpack's Modelling Tools. The number of each Racquet Backpack's Acrylic Paint equals each Chemistry Lab's Shoe Compartment Backpack. The number of each Training Daypack's Acrylic Paint equals 12 times as much as the difference of each Shoe Compartment Backpack's Modelling Tools and each Chemistry Lab's Shoe Compartment Backpack. How many Backpack does Botany Lab have?
|
Define Racquet Backpack's Glitter as C; so C = 4. Define Environmental Science Lab's Shoe Compartment Backpack as E; so E = 20. Define Botany Lab's Shoe Compartment Backpack as H; z = E - C = 20 - 4 = 16; so H = 9 * z = 9 * 16 = 6. Define Environmental Science Lab's Training Daypack as q; so q = E - C = 20 - 4 = 16. Define Botany Lab's Training Daypack as W; Y = C - H = 4 - 6 = 21; so W = 20 * Y = 20 * 21 = 6. Define Botany Lab's Racquet Backpack as V; so V = 21 + q = 21 + 16 = 14. Define Botany Lab's Backpack as x; Z = V + W = 14 + 6 = 20; so x = Z + H = 20 + 6 = 3.
|
3
|
hard
| 10 |
735 |
The number of each Cheddar Cheese's Kale equals each Swiss Cheese's Cucumber. The number of each Cheddar Cheese's Mushrooms equals 18 times as much as each Swiss Cheese's Cucumber. The number of each Swiss Cheese's Potato equals 3 more than the sum of each Ricotta Cheese's Mushrooms and each Swiss Cheese's Cucumber. The number of each Swiss Cheese's Mushrooms equals the sum of each Provolone Cheese's Kale, each Swiss Cheese's Cucumber, each Ricotta Cheese's Kale and each Swiss Cheese's Potato. The number of each Swiss Cheese's Cucumber equals 22. The number of each Provolone Cheese's Mushrooms equals 9. The number of each Ricotta Cheese's Kale equals 19 more than the sum of each Provolone Cheese's Ingredient, each Provolone Cheese's Kale and each Provolone Cheese's Mushrooms. The number of each Swiss Cheese's Kale equals each Swiss Cheese's Potato. The number of each Provolone Cheese's Kale equals each Provolone Cheese's Mushrooms. The number of each Ricotta Cheese's Mushrooms equals 20. The number of each Cheddar Cheese's Cucumber equals 13. The number of each Cheddar Cheese's Potato equals 11. How many Ingredient does Provolone Cheese have?
|
Define Provolone Cheese's Mushrooms as i; so i = 9. Define Provolone Cheese's Kale as U; so U = i = 9. Define Provolone Cheese's Ingredient as c; so c = U + i = 9 + 9 = 18.
|
18
|
hard
| 3 |
736 |
The number of each Chimpanzee's Nasal Cavity equals each Sloth's Nasal Cavity. The number of each Chimpanzee's Trachea equals each Lion's Trachea. The number of each Lion's Larynx equals the difference of each Lion's Trachea and each Sloth's Larynx. The number of each Sloth's Larynx equals each Sloth's Trachea. The number of each Chimpanzee's Larynx equals 18. The number of each Sloth's Nasal Cavity equals 22. The number of each Lion's Nasal Cavity equals 16. The number of each Lion's Trachea equals 1 times as much as the sum of each Sloth's Larynx and each Sloth's Trachea. The number of each Sloth's Trachea equals each Sloth's Nasal Cavity. How many Trachea does Chimpanzee have?
|
Define Sloth's Nasal Cavity as r; so r = 22. Define Sloth's Trachea as u; so u = r = 22. Define Sloth's Larynx as N; so N = u = 22. Define Lion's Trachea as a; B = N + u = 22 + 22 = 21; so a = 1 * B = 1 * 21 = 21. Define Chimpanzee's Trachea as R; so R = a = 21.
|
21
|
med
| 6 |
737 |
The number of each Crossfit Backpack's Tracing Paper equals 4. The number of each Sports Ball Backpack's Flip Chart equals each Crossfit Backpack's Tracing Paper. The number of each Crossfit Backpack's Flip Chart equals each Crossfit Backpack's Tracing Paper. The number of each Sports Ball Backpack's Tracing Paper equals 14 times as much as each Crossfit Backpack's Stationery. How many Tracing Paper does Sports Ball Backpack have?
|
Define Crossfit Backpack's Tracing Paper as P; so P = 4. Define Crossfit Backpack's Flip Chart as U; so U = P = 4. Define Crossfit Backpack's Stationery as n; so n = U + P = 4 + 4 = 8. Define Sports Ball Backpack's Tracing Paper as V; so V = 14 * n = 14 * 8 = 20.
|
20
|
med
| 4 |
738 |
The number of each Bearded Dragon's Pastern Bone equals the sum of each Serengeti National Park's Python Palace, each Hluhluwe-Imfolozi Park's Python Palace, each Serengeti National Park's Rattlesnake Ravine and each Lizard's Radius. The number of each Python Palace's Bearded Dragon equals the difference of each Lizard's Radius and each Hluhluwe-Imfolozi Park's Enclosure. The number of each Python Palace's Lizard equals 17. The number of each Hluhluwe-Imfolozi Park's Rattlesnake Ravine equals 1 more than each Serengeti National Park's Rattlesnake Ravine. The number of each Rattlesnake Ravine's Bearded Dragon equals 14. The number of each Hluhluwe-Imfolozi Park's Python Palace equals 20 more than the sum of each Lizard's Radius and each Serengeti National Park's Rattlesnake Ravine. The number of each Serengeti National Park's Rattlesnake Ravine equals 22 more than each Lizard's Radius. The number of each Rattlesnake Ravine's Lizard equals each Serengeti National Park's Enclosure. The number of each Serengeti National Park's Python Palace equals each Hluhluwe-Imfolozi Park's Python Palace. The number of each Bearded Dragon's Radius equals 20. The number of each Lizard's Radius equals 8. How many Lizard does Python Palace have?
|
Define Python Palace's Lizard as S; so S = 17.
|
17
|
hard
| 1 |
739 |
The number of each Pancreas's Alveolar Epithelial Cells equals 6. The number of each Stream Ecosystem's Vorticella equals each Pancreas's Hair Follicle Cells. The number of each Staphylococcus's Ileum equals 8. The number of each Ileum's Alveolar Epithelial Cells equals each Rectum's Cells. The number of each Stream Ecosystem's Staphylococcus equals 16 times as much as each Pelagic Zone's Staphylococcus. The number of each Ileum's Gastric Parietal Cells equals 14. The number of each Vorticella's Ileum equals the sum of each Rectum's Cells, each Paramecium's Pancreas, each Pelagic Zone's Staphylococcus and each Salt Marsh's Paramecium. The number of each Pelagic Zone's Vorticella equals 3. The number of each Vorticella's Pancreas equals 4 times as much as the difference of each Salt Marsh's Paramecium and each Salt Marsh's Staphylococcus. The number of each Pancreas's Gastric Parietal Cells equals the sum of each Stream Ecosystem's Paramecium, each Staphylococcus's Ileum and each Vorticella's Ileum. The number of each Pancreas's Hair Follicle Cells equals 11. The number of each Salt Marsh's Paramecium equals each Salt Marsh's Staphylococcus. The number of each Salt Marsh's Staphylococcus equals 1. The number of each Ileum's Hair Follicle Cells equals the sum of each Pancreas's Hair Follicle Cells, each Staphylococcus's Rectum and each Paramecium's Rectum. The number of each Salt Marsh's Vorticella equals 13 times as much as the difference of each Pelagic Zone's Organs and each Ileum's Hair Follicle Cells. The number of each Staphylococcus's Rectum equals 10 more than the difference of each Pelagic Zone's Paramecium and each Pelagic Zone's Staphylococcus. The number of each Stream Ecosystem's Paramecium equals each Staphylococcus's Ileum. The number of each Paramecium's Ileum equals each Pelagic Zone's Staphylococcus. The number of each Paramecium's Pancreas equals 10 more than the sum of each Salt Marsh's Paramecium and each Pancreas's Alveolar Epithelial Cells. The number of each Staphylococcus's Pancreas equals 22. The number of each Pelagic Zone's Paramecium equals 13. The number of each Paramecium's Rectum equals each Pancreas's Hair Follicle Cells. The number of each Pelagic Zone's Staphylococcus equals 13. The number of each Vorticella's Rectum equals each Stream Ecosystem's Creatures. How many Pancreas does Vorticella have?
|
Define Salt Marsh's Staphylococcus as o; so o = 1. Define Salt Marsh's Paramecium as x; so x = o = 1. Define Vorticella's Pancreas as t; z = x - o = 1 - 1 = 0; so t = 4 * z = 4 * 0 = 0.
|
0
|
hard
| 4 |
740 |
The number of each Trichomonas's Thalamus equals 22. The number of each Frontal Lobe's Hepatocytes equals 8 more than the difference of each Alpine Grassland's Amoeba and each Shortgrass Prairie's Amoeba. The number of each Thalamus's Renal Tubular Cells equals 17. The number of each Amoeba's Thalamus equals 2 times as much as the sum of each Alpine Grassland's Amoeba and each Shortgrass Prairie's Amoeba. The number of each Shortgrass Prairie's Amoeba equals 7 more than each Alpine Grassland's Amoeba. The number of each Alpine Grassland's Amoeba equals 21. The number of each Shortgrass Prairie's Trichomonas equals 7. The number of each Trichomonas's Frontal Lobe equals 7 times as much as the difference of each Amoeba's Organs and each Shortgrass Prairie's Amoeba. The number of each Frontal Lobe's Renal Tubular Cells equals 3 more than the difference of each Trichomonas's Thalamus and each Frontal Lobe's Hepatocytes. The number of each Amoeba's Frontal Lobe equals the difference of each Trichomonas's Thalamus and each Alpine Grassland's Trichomonas. The number of each Alpine Grassland's Trichomonas equals the sum of each Alpine Grassland's Amoeba, each Frontal Lobe's Hepatocytes and each Shortgrass Prairie's Amoeba. The number of each Thalamus's Hepatocytes equals 22. How many Hepatocytes does Thalamus have?
|
Define Thalamus's Hepatocytes as I; so I = 22.
|
22
|
med
| 1 |
741 |
The number of each Puffer Fish's Quadriceps equals 3. The number of each Elbow Joint's Myocytes equals 4 times as much as each Great Victoria Desert's Cells. The number of each Clownfish's Elbow Joint equals 0. The number of each Quadriceps's Smooth Muscle Cells equals each Elbow Joint's Myocytes. The number of each Quadriceps's Purkinje Fibers equals 2. The number of each Elbow Joint's Purkinje Fibers equals 3. The number of each Triceps's Myocytes equals each Quadriceps's Purkinje Fibers. The number of each Quadriceps's Myocytes equals 5 more than the difference of each Quadriceps's Purkinje Fibers and each Elbow Joint's Purkinje Fibers. The number of each Clownfish's Triceps equals each Clownfish's Elbow Joint. The number of each Sahara Desert's Puffer Fish equals 21 more than each Clownfish's Triceps. The number of each Sahara Desert's Clownfish equals 11 more than the sum of each Quadriceps's Smooth Muscle Cells, each Sahara Desert's Puffer Fish and each Puffer Fish's Quadriceps. How many Organs does Clownfish have?
|
Define Clownfish's Elbow Joint as o; so o = 0. Define Clownfish's Triceps as k; so k = o = 0. Define Clownfish's Organs as a; so a = k + o = 0 + 0 = 0.
|
0
|
med
| 3 |
742 |
The number of each Jaguar's Epiglottis equals 3 times as much as each Wolf's Bronchioles. The number of each Bronchioles's Red Blood Cells equals 19. The number of each Wolf's Lungs equals each Jaguar's Epiglottis. The number of each Wetland's Cheetah equals each Bronchioles's Red Blood Cells. The number of each Wolf's Bronchioles equals 12. The number of each Brackish Water's Jaguar equals each Wolf's Bronchioles. The number of each Wetland's Wolf equals 14. The number of each Epiglottis's Basophils equals each Jaguar's Organs. The number of each Bronchioles's Myeloblasts equals 12. How many Organs does Brackish Water have?
|
Define Wolf's Bronchioles as N; so N = 12. Define Jaguar's Epiglottis as o; so o = 3 * N = 3 * 12 = 13. Define Jaguar's Organs as d; so d = o = 13. Define Brackish Water's Jaguar as p; so p = N = 12. Define Brackish Water's Organs as M; so M = p * d = 12 * 13 = 18.
|
18
|
med
| 5 |
743 |
The number of each Anaconda Exhibit's Camel equals each Toad Abode's Monkey. The number of each Crocodile Swamp's Lion equals 1 more than each Anaconda Exhibit's Lion. The number of each Toad Abode's Camel equals 9 more than each Crocodile Swamp's Animal. The number of each Crocodile Swamp's Camel equals 9 more than each Toad Abode's Monkey. The number of each Crocodile Swamp's Wolf equals each Anaconda Exhibit's Camel. The number of each Anaconda Exhibit's Lion equals each Toad Abode's Monkey. The number of each Toad Abode's Wolf equals 19 times as much as each Toad Abode's Camel. The number of each Toad Abode's Monkey equals 11. The number of each Crocodile Swamp's Monkey equals 14. How many Wolf does Toad Abode have?
|
Define Toad Abode's Monkey as p; so p = 11. Define Crocodile Swamp's Camel as z; so z = 9 + p = 9 + 11 = 20. Define Anaconda Exhibit's Lion as I; so I = p = 11. Define Anaconda Exhibit's Camel as O; so O = p = 11. Define Crocodile Swamp's Lion as H; so H = 1 + I = 1 + 11 = 12. Define Crocodile Swamp's Monkey as E; so E = 14. Define Crocodile Swamp's Wolf as L; so L = O = 11. Define Crocodile Swamp's Animal as P; f = L + E = 11 + 14 = 2; i = f + H = 2 + 12 = 14; so P = i + z = 14 + 20 = 11. Define Toad Abode's Camel as j; so j = 9 + P = 9 + 11 = 20. Define Toad Abode's Wolf as u; so u = 19 * j = 19 * 20 = 12.
|
12
|
hard
| 12 |
744 |
The number of each Earth Fare's Brie Cheese equals the difference of each Harvest Market's Cream Cheese and each Dean's Natural Food Market's Sour Cream. The number of each Harvest Market's Cream Cheese equals each Dean's Natural Food Market's Sour Cream. The number of each Earth Fare's Cream Cheese equals the sum of each Dean's Natural Food Market's Brie Cheese and each Harvest Market's Cream Cheese. The number of each Dean's Natural Food Market's Sour Cream equals 1. The number of each Harvest Market's Sour Cream equals 14 times as much as the sum of each Harvest Market's Cream Cheese, each Earth Fare's Product and each Earth Fare's Sour Cream. The number of each Earth Fare's Sour Cream equals 8 times as much as each Harvest Market's Cream Cheese. The number of each Dean's Natural Food Market's Brie Cheese equals 8 more than each Harvest Market's Cream Cheese. The number of each Dean's Natural Food Market's Cream Cheese equals 3. How many Product does Earth Fare have?
|
Define Dean's Natural Food Market's Sour Cream as L; so L = 1. Define Harvest Market's Cream Cheese as k; so k = L = 1. Define Dean's Natural Food Market's Brie Cheese as S; so S = 8 + k = 8 + 1 = 9. Define Earth Fare's Cream Cheese as H; so H = S + k = 9 + 1 = 10. Define Earth Fare's Brie Cheese as Y; so Y = k - L = 1 - 1 = 0. Define Earth Fare's Sour Cream as I; so I = 8 * k = 8 * 1 = 8. Define Earth Fare's Product as y; M = H + Y = 10 + 0 = 10; so y = M + I = 10 + 8 = 18.
|
18
|
hard
| 8 |
745 |
The number of each Diplomatic District's H Mart equals each H Mart's Cinnamon Rolls. The number of each Civic Center's T&T Supermarket equals each Civic Center's H Mart. The number of each Bagels's Beef Steak equals the sum of each Wheat Bread's Beef Steak, each H Mart's Cinnamon Rolls and each Embassy District's Uwajimaya. The number of each Uwajimaya's Bagels equals 9 times as much as each H Mart's Wheat Bread. The number of each Civic Center's H Mart equals 18 more than each Diplomatic District's T&T Supermarket. The number of each Diplomatic District's Uwajimaya equals the sum of each Uwajimaya's Wheat Bread, each T&T Supermarket's Ingredient and each Embassy District's Uwajimaya. The number of each H Mart's Wheat Bread equals the sum of each H Mart's Cinnamon Rolls and each T&T Supermarket's Bagels. The number of each T&T Supermarket's Bagels equals each H Mart's Cinnamon Rolls. The number of each Wheat Bread's Beef Steak equals each Bagels's Chicken Wing. The number of each H Mart's Cinnamon Rolls equals 0. The number of each Embassy District's H Mart equals the difference of each H Mart's Cinnamon Rolls and each Embassy District's Uwajimaya. The number of each Diplomatic District's T&T Supermarket equals 10. The number of each Uwajimaya's Wheat Bread equals 21 more than each Civic Center's H Mart. The number of each T&T Supermarket's Wheat Bread equals 0. The number of each Civic Center's Uwajimaya equals the difference of each Civic Center's T&T Supermarket and each Bagels's Beef Steak. The number of each Cinnamon Rolls's Chicken Wing equals each Embassy District's Uwajimaya. The number of each Wheat Bread's Chicken Wing equals 2. The number of each Bagels's Chicken Wing equals each Civic Center's T&T Supermarket. The number of each H Mart's Bagels equals each Uwajimaya's Bagels. The number of each Embassy District's Uwajimaya equals the sum of each T&T Supermarket's Bagels, each H Mart's Wheat Bread and each H Mart's Cinnamon Rolls. How many Chicken Wing does Bagels have?
|
Define Diplomatic District's T&T Supermarket as J; so J = 10. Define Civic Center's H Mart as s; so s = 18 + J = 18 + 10 = 5. Define Civic Center's T&T Supermarket as V; so V = s = 5. Define Bagels's Chicken Wing as h; so h = V = 5.
|
5
|
hard
| 4 |
746 |
The number of each Fishing Backpack's Stencil equals 5 times as much as each Fishing Backpack's Canvas Board. The number of each Geology Lab's Toy Backpack equals 11 times as much as each Skyline College's Organic Chemistry Lab. The number of each Fishing Backpack's Canvas Board equals 17. The number of each Organic Chemistry Lab's Fishing Backpack equals 8 times as much as each Fishing Backpack's Ribbon. The number of each Skyline College's Geology Lab equals the sum of each Geology Lab's Toy Backpack and each Fishing Backpack's Canvas Board. The number of each Skyline College's Organic Chemistry Lab equals 8 times as much as each Organic Chemistry Lab's Backpack. The number of each Organic Chemistry Lab's Toy Backpack equals the sum of each Fishing Backpack's Canvas Board and each Fishing Backpack's Stencil. The number of each Fishing Backpack's Ribbon equals each Fishing Backpack's Stencil. How many Geology Lab does Skyline College have?
|
Define Fishing Backpack's Canvas Board as s; so s = 17. Define Fishing Backpack's Stencil as m; so m = 5 * s = 5 * 17 = 16. Define Fishing Backpack's Ribbon as l; so l = m = 16. Define Organic Chemistry Lab's Fishing Backpack as T; so T = 8 * l = 8 * 16 = 13. Define Organic Chemistry Lab's Toy Backpack as F; so F = s + m = 17 + 16 = 10. Define Organic Chemistry Lab's Backpack as P; so P = F + T = 10 + 13 = 0. Define Skyline College's Organic Chemistry Lab as r; so r = 8 * P = 8 * 0 = 0. Define Geology Lab's Toy Backpack as N; so N = 11 * r = 11 * 0 = 0. Define Skyline College's Geology Lab as I; so I = N + s = 0 + 17 = 17.
|
17
|
hard
| 9 |
747 |
The number of each Trader Joe's's Soy Milk equals the difference of each Natural Grocers's Product and each Natural Grocers's Wine. The number of each Soy Milk's Rye equals each Liquor's Buckwheat. The number of each Lake Homes's Trader Joe's equals the sum of each The Fresh Market's Liquor, each Natural Grocers's Ingredient, each Golf Course Community's Natural Grocers and each Natural Grocers's Product. The number of each Liquor's Buckwheat equals 7. The number of each Lake Homes's Natural Grocers equals the sum of each Soy Milk's Buckwheat and each Liquor's Buckwheat. The number of each Natural Grocers's Wine equals 9. The number of each Condominium's Trader Joe's equals the sum of each Trader Joe's's Soy Milk, each Natural Grocers's Soy Milk, each The Fresh Market's Soy Milk and each The Fresh Market's Wine. The number of each Wine's Buckwheat equals the difference of each The Fresh Market's Soy Milk and each Trader Joe's's Liquor. The number of each Trader Joe's's Wine equals 11 times as much as each Natural Grocers's Ingredient. The number of each Golf Course Community's The Fresh Market equals 3 more than each Soy Milk's Buckwheat. The number of each Condominium's The Fresh Market equals 18. The number of each Condominium's Natural Grocers equals the sum of each Natural Grocers's Soy Milk, each Trader Joe's's Liquor, each Trader Joe's's Soy Milk and each Natural Grocers's Wine. The number of each Soy Milk's Buckwheat equals 17 more than each Soy Milk's Rye. The number of each Trader Joe's's Liquor equals 12. The number of each The Fresh Market's Wine equals 17. The number of each The Fresh Market's Liquor equals each Condominium's The Fresh Market. The number of each Natural Grocers's Soy Milk equals 20. The number of each The Fresh Market's Soy Milk equals 20 more than each Natural Grocers's Soy Milk. The number of each Golf Course Community's Natural Grocers equals 7 times as much as the difference of each Trader Joe's's Soy Milk and each Natural Grocers's Product. The number of each Liquor's Rye equals 14. How many Soy Milk does Trader Joe's have?
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Define Natural Grocers's Soy Milk as x; so x = 20. Define Natural Grocers's Wine as f; so f = 9. Define Natural Grocers's Product as g; so g = f + x = 9 + 20 = 6. Define Trader Joe's's Soy Milk as H; so H = g - f = 6 - 9 = 20.
|
20
|
hard
| 4 |
748 |
The number of each Laptop Professional Backpack's Label Maker equals the sum of each Eastwood University's Organic Chemistry Lab and each Business Daypack's Stationery. The number of each Lakeside University's Anatomy Lab equals 20. The number of each Laptop Professional Backpack's Ruler equals 0 more than the sum of each Lakeside University's Classroom and each Eastwood University's Organic Chemistry Lab. The number of each Forensic Lab's Conference Backpack equals 5 more than each Organic Chemistry Lab's Backpack. The number of each Daily Work Backpack's Ruler equals 2. The number of each Forensic Lab's Business Daypack equals 10 more than each Summit University's Anatomy Lab. The number of each Business Daypack's Stapler equals the sum of each Laptop Professional Backpack's Binder Clip, each Lakeside University's Organic Chemistry Lab and each Lakeside University's Anatomy Lab. The number of each Biology Lab's Daily Work Backpack equals 4. The number of each Lakeside University's Organic Chemistry Lab equals each Summit University's Anatomy Lab. The number of each Daily Work Backpack's Stapler equals the sum of each Pinnacle Peak University's Classroom, each Business Daypack's Stapler, each Summit University's Classroom and each Business Daypack's Stationery. The number of each Pinnacle Peak University's Biology Lab equals 9 times as much as each Lakeside University's Organic Chemistry Lab. The number of each Anatomy Lab's Laptop Professional Backpack equals 21 more than the difference of each Summit University's Classroom and each Lakeside University's Forensic Lab. The number of each Summit University's Anatomy Lab equals 3 times as much as each Anatomy Lab's Daily Work Backpack. The number of each Eastwood University's Organic Chemistry Lab equals 2. The number of each Anatomy Lab's Daily Work Backpack equals 19. The number of each Organic Chemistry Lab's Laptop Professional Backpack equals 15 times as much as the sum of each Summit University's Anatomy Lab, each Pinnacle Peak University's Classroom and each Summit University's Classroom. The number of each Lakeside University's Forensic Lab equals each Summit University's Anatomy Lab. The number of each Laptop Professional Backpack's Binder Clip equals each Pinnacle Peak University's Classroom. How many Biology Lab does Pinnacle Peak University have?
|
Define Anatomy Lab's Daily Work Backpack as v; so v = 19. Define Summit University's Anatomy Lab as o; so o = 3 * v = 3 * 19 = 11. Define Lakeside University's Organic Chemistry Lab as M; so M = o = 11. Define Pinnacle Peak University's Biology Lab as K; so K = 9 * M = 9 * 11 = 7.
|
7
|
med
| 4 |
749 |
The number of each Potato Chips's Cloves equals 12 more than each Potato Chips's Rosemary. The number of each Superior Grocers's Potato Chips equals each Superior Grocers's Candy Bars. The number of each Candy Bars's Cloves equals 19. The number of each Candy Bars's Rosemary equals 9 more than each Superior Grocers's Potato Chips. The number of each Superior Grocers's Candy Bars equals each Fiesta Mart's Candy Bars. The number of each Fiesta Mart's Potato Chips equals 21. The number of each Fiesta Mart's Candy Bars equals each Potato Chips's Ingredient. The number of each Potato Chips's Rosemary equals 18 more than each Fiesta Mart's Potato Chips. How many Ingredient does Candy Bars have?
|
Define Fiesta Mart's Potato Chips as P; so P = 21. Define Potato Chips's Rosemary as z; so z = 18 + P = 18 + 21 = 16. Define Potato Chips's Cloves as e; so e = 12 + z = 12 + 16 = 5. Define Potato Chips's Ingredient as t; so t = z + e = 16 + 5 = 21. Define Fiesta Mart's Candy Bars as X; so X = t = 21. Define Superior Grocers's Candy Bars as g; so g = X = 21. Define Superior Grocers's Potato Chips as G; so G = g = 21. Define Candy Bars's Rosemary as i; so i = 9 + G = 9 + 21 = 7. Define Candy Bars's Cloves as D; so D = 19. Define Candy Bars's Ingredient as Z; so Z = i + D = 7 + 19 = 3.
|
3
|
hard
| 10 |
750 |
The number of each Court District's Morrisons equals 0. The number of each Court District's Wegmans equals 8. The number of each Municipal District's Lidl equals 5 times as much as the difference of each Federal District's Morrisons and each Court District's Wegmans. The number of each Federal District's Morrisons equals 2 times as much as the sum of each Court District's Supermarket, each Court District's Wegmans and each Court District's Morrisons. How many Lidl does Municipal District have?
|
Define Court District's Wegmans as N; so N = 8. Define Court District's Morrisons as o; so o = 0. Define Court District's Supermarket as t; so t = o + N = 0 + 8 = 8. Define Federal District's Morrisons as h; u = t + N = 8 + 8 = 16; B = u + o = 16 + 0 = 16; so h = 2 * B = 2 * 16 = 9. Define Municipal District's Lidl as X; a = h - N = 9 - 8 = 1; so X = 5 * a = 5 * 1 = 5.
|
5
|
hard
| 8 |
751 |
The number of each Aldi's Cheese equals 17 times as much as each Lidl's Cheese. The number of each Lidl's Whipped Cream equals 12 more than each Save-A-Lot's Cheese. The number of each Lidl's Mozzarella Cheese equals 3 times as much as the difference of each Save-A-Lot's Mozzarella Cheese and each Aldi's Cheese. The number of each Save-A-Lot's Whipped Cream equals 22. The number of each Save-A-Lot's Cheese equals 20. The number of each Lidl's Cheese equals each Save-A-Lot's Whipped Cream. The number of each Save-A-Lot's Mozzarella Cheese equals each Aldi's Product. The number of each Aldi's Mozzarella Cheese equals 8. The number of each Aldi's Whipped Cream equals 2 times as much as each Lidl's Cheese. How many Mozzarella Cheese does Save-A-Lot have?
|
Define Save-A-Lot's Whipped Cream as v; so v = 22. Define Lidl's Cheese as Q; so Q = v = 22. Define Aldi's Whipped Cream as P; so P = 2 * Q = 2 * 22 = 21. Define Aldi's Cheese as Z; so Z = 17 * Q = 17 * 22 = 6. Define Aldi's Mozzarella Cheese as p; so p = 8. Define Aldi's Product as e; C = P + p = 21 + 8 = 6; so e = C + Z = 6 + 6 = 12. Define Save-A-Lot's Mozzarella Cheese as y; so y = e = 12.
|
12
|
med
| 8 |
752 |
The number of each Casual Backpack's Desk Pad equals 2 more than each Casual Backpack's Box File. The number of each Neuroscience Lab's Casual Backpack equals 10 more than each Printed Backpack's Box File. The number of each Printed Backpack's Box File equals 11 times as much as each Printed Backpack's Desk Pad. The number of each Casual Backpack's Box File equals 8. The number of each Messenger Backpack's Box File equals 13 more than each Forensic Lab's Anti-Theft Backpack. The number of each Neuroscience Lab's Printed Backpack equals the difference of each Forensic Lab's Anti-Theft Backpack and each Forensic Lab's Messenger Backpack. The number of each Anti-Theft Backpack's Desk Pad equals the difference of each Forensic Lab's Messenger Backpack and each Printed Backpack's Desk Pad. The number of each Forensic Lab's Anti-Theft Backpack equals 0. The number of each Forensic Lab's Messenger Backpack equals 21. The number of each Messenger Backpack's Desk Organizer equals 4 times as much as the sum of each Casual Backpack's Box File and each Zoology Lab's Messenger Backpack. The number of each Botany Lab's Messenger Backpack equals the sum of each Messenger Backpack's Desk Organizer and each Zoology Lab's Messenger Backpack. The number of each Printed Backpack's Clip Board equals 8. The number of each Zoology Lab's Messenger Backpack equals 19 more than the difference of each Forensic Lab's Messenger Backpack and each Casual Backpack's Box File. The number of each Printed Backpack's Desk Pad equals 16. The number of each Botany Lab's Anti-Theft Backpack equals 10 times as much as the sum of each Anti-Theft Backpack's Desk Pad and each Printed Backpack's Desk Pad. The number of each Neuroscience Lab's Messenger Backpack equals 11 more than the sum of each Neuroscience Lab's Casual Backpack, each Messenger Backpack's Stationery and each Messenger Backpack's Desk Organizer. How many Box File does Printed Backpack have?
|
Define Printed Backpack's Desk Pad as c; so c = 16. Define Printed Backpack's Box File as Y; so Y = 11 * c = 11 * 16 = 15.
|
15
|
med
| 2 |
753 |
The number of each Lizard's Metacarpal II equals the sum of each Oklahoma City Zoo and Botanical Garden's Reptile House, each Reptile House's Animal and each Rattlesnake's Metacarpal III. The number of each Sylvan Heights Bird Park's Reptile House equals 9 more than each Tortoise Garden's Rattlesnake. The number of each Sylvan Heights Bird Park's Tortoise Garden equals 5 more than the sum of each Tortoise Garden's Rattlesnake and each Rattlesnake's Metacarpal II. The number of each Tortoise Garden's Lizard equals 20. The number of each Reptile House's Lizard equals each Oklahoma City Zoo and Botanical Garden's Reptile House. The number of each Oklahoma City Zoo and Botanical Garden's Reptile House equals each Rattlesnake's Metacarpal III. The number of each Rattlesnake's Metacarpal II equals 8 more than each Tortoise Garden's Rattlesnake. The number of each Tortoise Garden's Rattlesnake equals 7. The number of each Rattlesnake's Metacarpal III equals 4. How many Enclosure does Oklahoma City Zoo and Botanical Garden have?
|
Define Rattlesnake's Metacarpal III as E; so E = 4. Define Oklahoma City Zoo and Botanical Garden's Reptile House as c; so c = E = 4. Define Oklahoma City Zoo and Botanical Garden's Enclosure as I; so I = c = 4.
|
4
|
med
| 3 |
754 |
The number of each Vancouver Aquarium's Rattlesnake Ravine equals 6 more than each Rattlesnake Ravine's Swordfish. The number of each Python Palace's Cod equals 13 more than each National Aquarium's Enclosure. The number of each National Aquarium's Crocodile Swamp equals 7. The number of each The Florida Aquarium's Rattlesnake Ravine equals each National Aquarium's Crocodile Swamp. The number of each The Florida Aquarium's Python Palace equals each National Aquarium's Crocodile Swamp. The number of each Rattlesnake Ravine's Swordfish equals 21. The number of each The Florida Aquarium's Crocodile Swamp equals each Crocodile Swamp's Cod. The number of each Python Palace's Swordfish equals 16 times as much as each National Aquarium's Crocodile Swamp. The number of each Crocodile Swamp's Cod equals each National Aquarium's Crocodile Swamp. The number of each Crocodile Swamp's Pike equals the sum of each Vancouver Aquarium's Animal, each National Aquarium's Crocodile Swamp and each Rattlesnake Ravine's Animal. The number of each Python Palace's Pike equals each The Florida Aquarium's Python Palace. How many Enclosure does Vancouver Aquarium have?
|
Define Rattlesnake Ravine's Swordfish as O; so O = 21. Define Vancouver Aquarium's Rattlesnake Ravine as v; so v = 6 + O = 6 + 21 = 4. Define Vancouver Aquarium's Enclosure as Y; so Y = v = 4.
|
4
|
med
| 3 |
755 |
The number of each Euglena's Chambers of the Heart equals 20 more than each Veins's Cells. The number of each Lumpini Park in Bangkok's Yeast equals 12. The number of each Veins's Columnar Epithelial Cells equals 0. The number of each Aortic Valve's Alveolar Epithelial Cells equals each Yeast's Aortic Valve. The number of each Veins's Mesothelial Cells equals each Yeast's Cells. The number of each Vondelpark in Amsterdam's Euglena equals 6 times as much as each Aortic Valve's Alveolar Epithelial Cells. The number of each Gardens by the Bay in Singapore's Amoeba equals each Vondelpark in Amsterdam's Euglena. The number of each Euglena's Veins equals 18. The number of each Yeast's Aortic Valve equals 5 more than each Amoeba's Cells. How many Euglena does Vondelpark in Amsterdam have?
|
Define Amoeba's Cells as B; so B = 0. Define Yeast's Aortic Valve as t; so t = 5 + B = 5 + 0 = 5. Define Aortic Valve's Alveolar Epithelial Cells as l; so l = t = 5. Define Vondelpark in Amsterdam's Euglena as p; so p = 6 * l = 6 * 5 = 7.
|
7
|
hard
| 4 |
756 |
The number of each Peacock's Mitral Valve equals each Parrot's Aortic Valve. The number of each Parrot's Mitral Valve equals 3. The number of each Parrot's Aortic Valve equals 16 more than each Parrot's Venules. The number of each Condor's Aortic Valve equals 12 times as much as the sum of each Condor's Mitral Valve, each Condor's Venules and each Parrot's Aortic Valve. The number of each Condor's Mitral Valve equals 20. The number of each Parrot's Venules equals each Condor's Mitral Valve. The number of each Peacock's Venules equals 15 more than the difference of each Parrot's Aortic Valve and each Parrot's Mitral Valve. The number of each Peacock's Aortic Valve equals 20. The number of each Condor's Venules equals 15. How many Venules does Parrot have?
|
Define Condor's Mitral Valve as a; so a = 20. Define Parrot's Venules as s; so s = a = 20.
|
20
|
hard
| 2 |
757 |
The number of each Lumphini Park in Bangkok's Tardigrade equals the sum of each Chapultepec Park in Mexico City's Creatures, each Chapultepec Park in Mexico City's Tardigrade and each Chapultepec Park in Mexico City's Volvox. The number of each Chapultepec Park in Mexico City's Tardigrade equals 1 more than each Chapultepec Park in Mexico City's Volvox. The number of each Volvox's Pericardium equals 18. The number of each Volvox's Pulmonary Veins equals 22. The number of each Tardigrade's Pericardium equals each Lumphini Park in Bangkok's Creatures. The number of each Chapultepec Park in Mexico City's Volvox equals 7. How many Organs does Lumphini Park in Bangkok have?
|
Define Chapultepec Park in Mexico City's Volvox as m; so m = 7. Define Chapultepec Park in Mexico City's Tardigrade as V; so V = 1 + m = 1 + 7 = 8. Define Chapultepec Park in Mexico City's Creatures as J; so J = m + V = 7 + 8 = 15. Define Lumphini Park in Bangkok's Tardigrade as g; C = J + V = 15 + 8 = 0; so g = C + m = 0 + 7 = 7. Define Lumphini Park in Bangkok's Creatures as K; so K = g = 7. Define Tardigrade's Pericardium as Z; so Z = K = 7. Define Tardigrade's Organs as e; so e = Z = 7. Define Lumphini Park in Bangkok's Organs as q; so q = g * e = 7 * 7 = 3.
|
3
|
med
| 9 |
758 |
The number of each Penguin's Caudal Vertebrae 7 equals 8. The number of each Eagle's Caudal Vertebrae 4 equals 4 more than the sum of each Albatross's Caudal Vertebrae 4 and each Parrot's Caudal Vertebrae 7. The number of each Albatross's Caudal Vertebrae 7 equals 5. The number of each Albatross's Caudal Vertebrae 6 equals 9. The number of each Penguin's Caudal Vertebrae 6 equals 17 more than each Albatross's Caudal Vertebrae 7. The number of each Eagle's Caudal Vertebrae 6 equals the sum of each Parrot's Caudal Vertebrae 7, each Albatross's Caudal Vertebrae 11 and each Parrot's Caudal Vertebrae 4. The number of each Parrot's Caudal Vertebrae 11 equals each Eagle's Caudal Vertebrae 4. The number of each Parrot's Caudal Vertebrae 7 equals 6 more than each Albatross's Caudal Vertebrae 4. The number of each Albatross's Caudal Vertebrae 4 equals 18. The number of each Albatross's Caudal Vertebrae 11 equals 17. The number of each Parrot's Caudal Vertebrae 6 equals 8 times as much as the sum of each Albatross's Caudal Vertebrae 6, each Eagle's Caudal Vertebrae 4 and each Parrot's Caudal Vertebrae 7. The number of each Penguin's Caudal Vertebrae 4 equals 13 more than the sum of each Eagle's Caudal Vertebrae 4 and each Albatross's Caudal Vertebrae 4. The number of each Eagle's Caudal Vertebrae 11 equals 4. The number of each Parrot's Caudal Vertebrae 4 equals the difference of each Albatross's Caudal Vertebrae 6 and each Parrot's Caudal Vertebrae 7. How many Caudal Vertebrae 6 does Penguin have?
|
Define Albatross's Caudal Vertebrae 7 as l; so l = 5. Define Penguin's Caudal Vertebrae 6 as L; so L = 17 + l = 17 + 5 = 22.
|
22
|
med
| 2 |
759 |
The number of each Pleasant Hill Primary's Aerospace Engineering Lab equals 21. The number of each Expandable Backpack's Glue Stick equals 18. The number of each Aerospace Engineering Lab's Expandable Backpack equals 18. The number of each River Valley Elementary's Aerospace Engineering Lab equals 5. The number of each Forest Glen Primary's Geometry Room equals 10. The number of each Expandable Backpack's Calculator equals 15. The number of each Expandable Backpack's Ruler equals the difference of each Forest Glen Primary's Classroom and each Forest Glen Primary's Geometry Room. The number of each River Valley Elementary's Differential Equations Classroom equals each Pleasant Hill Primary's Stationery. The number of each Aerospace Engineering Lab's Tool Backpack equals 5 times as much as each Tool Backpack's Stationery. The number of each Geometry Room's Office Backpack equals each Pleasant Hill Primary's Stationery. How many Stationery does Pleasant Hill Primary have?
|
Define Forest Glen Primary's Geometry Room as O; so O = 10. Define Forest Glen Primary's Classroom as W; so W = O = 10. Define Expandable Backpack's Ruler as k; so k = W - O = 10 - 10 = 0. Define Tool Backpack's Stationery as R; so R = 0. Define Expandable Backpack's Glue Stick as b; so b = 18. Define Expandable Backpack's Calculator as N; so N = 15. Define Aerospace Engineering Lab's Tool Backpack as X; so X = 5 * R = 5 * 0 = 0. Define Expandable Backpack's Stationery as x; L = N + b = 15 + 18 = 10; so x = L + k = 10 + 0 = 10. Define Aerospace Engineering Lab's Expandable Backpack as m; so m = 18. Define Aerospace Engineering Lab's Stationery as y; o = X * R = 0 * 0 = 0; n = m * x = 18 * 10 = 19; so y = o + n = 0 + 19 = 19. Define Pleasant Hill Primary's Aerospace Engineering Lab as l; so l = 21. Define Pleasant Hill Primary's Stationery as Q; so Q = l * y = 21 * 19 = 8.
|
8
|
hard
| 15 |
760 |
The number of each Amoeba's Respiratory Mucosa equals 8 times as much as the difference of each Amoeba's Pleural Cavity and each Amoeba's Pleura. The number of each Respiratory Mucosa's Ciliated Epithelial Cells equals 4 more than the sum of each Amoeba's Pleura, each Respiratory Mucosa's Hair Follicle Cells and each Pleura's Endothelial Cells. The number of each Pleural Cavity's Hair Follicle Cells equals 1. The number of each Respiratory Mucosa's Hair Follicle Cells equals 17. The number of each Stentor's Respiratory Mucosa equals the difference of each Respiratory Mucosa's Hair Follicle Cells and each Respiratory Mucosa's Endothelial Cells. The number of each Amoeba's Pleura equals 11 times as much as each Amoeba's Pleural Cavity. The number of each Amoeba's Pleural Cavity equals 17. The number of each Pleura's Ciliated Epithelial Cells equals each Amoeba's Organs. The number of each Pleura's Endothelial Cells equals 21. The number of each Pleura's Hair Follicle Cells equals each Amoeba's Organs. The number of each Respiratory Mucosa's Endothelial Cells equals 16. The number of each Stentor's Pleura equals 15 times as much as the sum of each Amoeba's Pleura, each Amoeba's Pleural Cavity and each Pleura's Cells. How many Ciliated Epithelial Cells does Pleura have?
|
Define Amoeba's Pleural Cavity as W; so W = 17. Define Amoeba's Pleura as n; so n = 11 * W = 11 * 17 = 3. Define Amoeba's Respiratory Mucosa as Z; D = W - n = 17 - 3 = 14; so Z = 8 * D = 8 * 14 = 20. Define Amoeba's Organs as k; z = W + Z = 17 + 20 = 14; so k = z + n = 14 + 3 = 17. Define Pleura's Ciliated Epithelial Cells as u; so u = k = 17.
|
17
|
med
| 7 |
761 |
The number of each Dallas World Aquarium's Hawk Haven equals each Hawk Haven's Wolf. The number of each Camel's Middle Phalanges equals each Two Oceans Aquarium's Parrot Paradise. The number of each Two Oceans Aquarium's Hawk Haven equals 3 more than each Camel's Pastern Bone. The number of each Dallas World Aquarium's Parrot Paradise equals 6. The number of each Hawk Haven's Camel equals each Two Oceans Aquarium's Parrot Paradise. The number of each Wolf's Middle Phalanges equals 12. The number of each Wolf's Pastern Bone equals the difference of each Two Oceans Aquarium's Parrot Paradise and each Dallas World Aquarium's Hawk Haven. The number of each Two Oceans Aquarium's Parrot Paradise equals 7. The number of each Parrot Paradise's Camel equals 9. The number of each Hawk Haven's Wolf equals 8. The number of each Camel's Pastern Bone equals each Hawk Haven's Wolf. The number of each Parrot Paradise's Wolf equals 3 times as much as each Camel's Middle Phalanges. How many Hawk Haven does Two Oceans Aquarium have?
|
Define Hawk Haven's Wolf as n; so n = 8. Define Camel's Pastern Bone as b; so b = n = 8. Define Two Oceans Aquarium's Hawk Haven as j; so j = 3 + b = 3 + 8 = 11.
|
11
|
med
| 3 |
762 |
The number of each Tropical Dry Forest's Chlamydomonas equals 15 times as much as each Tropical Dry Forest's Staphylococcus. The number of each Montane Forest's Staphylococcus equals each Montane Forest's Chlamydomonas. The number of each Montane Forest's Chlamydomonas equals 19. The number of each Subtropical Rainforest's Staphylococcus equals 18. The number of each Subtropical Rainforest's Chlamydomonas equals each Tropical Dry Forest's Chlamydomonas. The number of each Montane Forest's Euglena equals 22 times as much as the sum of each Subtropical Rainforest's Chlamydomonas, each Tropical Dry Forest's Staphylococcus and each Tropical Dry Forest's Chlamydomonas. The number of each Tropical Dry Forest's Euglena equals 7 times as much as the sum of each Montane Forest's Chlamydomonas and each Montane Forest's Staphylococcus. The number of each Tropical Dry Forest's Staphylococcus equals 3. The number of each Subtropical Rainforest's Euglena equals 1. How many Chlamydomonas does Subtropical Rainforest have?
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Define Tropical Dry Forest's Staphylococcus as D; so D = 3. Define Tropical Dry Forest's Chlamydomonas as A; so A = 15 * D = 15 * 3 = 22. Define Subtropical Rainforest's Chlamydomonas as n; so n = A = 22.
|
22
|
hard
| 3 |
763 |
The number of each Gymnasium's Roll-Top Backpack equals 11 more than the sum of each Martial Arts Dojo's Backpack and each Gymnasium's Hiking Backpack. The number of each Gymnasium's Top-Loading Backpack equals 1. The number of each Riverdale Community College's Martial Arts Dojo equals 13 more than each Squash Court's Backpack. The number of each Gymnasium's Hiking Backpack equals the difference of each Squash Court's Backpack and each Martial Arts Dojo's Roll-Top Backpack. The number of each Seaside Community College's Squash Court equals 21 times as much as each Squash Court's Backpack. The number of each East Bay College's Weight Training Room equals 0. The number of each Martial Arts Dojo's Roll-Top Backpack equals 17 times as much as each Seaside Community College's Backpack. The number of each Gymnasium's Duffle Backpack equals each Riverdale Community College's Backpack. The number of each Lakefront Community College's Gymnasium equals 15. How many Backpack does Lakefront Community College have?
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Define Squash Court's Backpack as d; so d = 0. Define Seaside Community College's Squash Court as s; so s = 21 * d = 21 * 0 = 0. Define Seaside Community College's Backpack as a; so a = s * d = 0 * 0 = 0. Define Martial Arts Dojo's Roll-Top Backpack as P; so P = 17 * a = 17 * 0 = 0. Define Martial Arts Dojo's Backpack as S; so S = P = 0. Define Riverdale Community College's Martial Arts Dojo as j; so j = 13 + d = 13 + 0 = 13. Define Gymnasium's Top-Loading Backpack as J; so J = 1. Define Gymnasium's Hiking Backpack as e; so e = d - P = 0 - 0 = 0. Define Gymnasium's Roll-Top Backpack as z; B = S + e = 0 + 0 = 0; so z = 11 + B = 11 + 0 = 11. Define Riverdale Community College's Backpack as F; so F = j * S = 13 * 0 = 0. Define Gymnasium's Duffle Backpack as k; so k = F = 0. Define Lakefront Community College's Gymnasium as T; so T = 15. Define Gymnasium's Backpack as i; R = e + z = 0 + 11 = 11; n = R + k = 11 + 0 = 11; so i = n + J = 11 + 1 = 12. Define Lakefront Community College's Backpack as f; so f = T * i = 15 * 12 = 19.
|
19
|
hard
| 17 |
764 |
The number of each Roll-Top Backpack's Flip Chart equals 5. The number of each Roll-Top Backpack's Journal equals 7 times as much as the sum of each Roll-Top Backpack's Flip Chart and each Roll-Top Backpack's Notebook. The number of each Carry-On Backpack's Flip Chart equals each Carry-On Backpack's Journal. The number of each Wheeled Backpack's Flip Chart equals the difference of each Carry-On Backpack's Notebook and each Roll-Top Backpack's Notebook. The number of each Wheeled Backpack's Notebook equals 22 times as much as the sum of each Roll-Top Backpack's Notebook, each Roll-Top Backpack's Flip Chart and each Roll-Top Backpack's Journal. The number of each Roll-Top Backpack's Notebook equals 8. The number of each Carry-On Backpack's Journal equals the sum of each Roll-Top Backpack's Stationery, each Roll-Top Backpack's Flip Chart and each Roll-Top Backpack's Journal. The number of each Carry-On Backpack's Notebook equals 4 more than each Roll-Top Backpack's Notebook. The number of each Wheeled Backpack's Journal equals the sum of each Roll-Top Backpack's Stationery, each Wheeled Backpack's Flip Chart, each Carry-On Backpack's Notebook and each Roll-Top Backpack's Journal. How many Stationery does Roll-Top Backpack have?
|
Define Roll-Top Backpack's Flip Chart as W; so W = 5. Define Roll-Top Backpack's Notebook as g; so g = 8. Define Roll-Top Backpack's Journal as q; N = W + g = 5 + 8 = 13; so q = 7 * N = 7 * 13 = 22. Define Roll-Top Backpack's Stationery as C; a = q + g = 22 + 8 = 7; so C = a + W = 7 + 5 = 12.
|
12
|
med
| 6 |
765 |
The number of each Venules's Neurons equals the difference of each Kelp Forest's Pigeon and each Estuary's Swan. The number of each Arctic Ocean's Pigeon equals 1. The number of each Mitral Valve's Neurons equals 6 more than each Stork's Mitral Valve. The number of each Kelp Forest's Stork equals 1. The number of each Estuary's Swan equals 18. The number of each Swan's Venules equals the sum of each Pigeon's Mitral Valve, each Kelp Forest's Pigeon and each Venules's Neurons. The number of each Estuary's Stork equals 12 more than each Arctic Ocean's Stork. The number of each Pigeon's Mitral Valve equals 17 times as much as each Swan's Mitral Valve. The number of each Venules's Schwann Cells equals 20 more than each Mitral Valve's Cells. The number of each Kelp Forest's Swan equals each Kelp Forest's Pigeon. The number of each Arctic Ocean's Swan equals the sum of each Mitral Valve's Neurons and each Stork's Mitral Valve. The number of each Kelp Forest's Pigeon equals each Swan's Mitral Valve. The number of each Swan's Mitral Valve equals 18. The number of each Stork's Mitral Valve equals 14 times as much as each Kelp Forest's Stork. The number of each Stork's Venules equals 9 more than the sum of each Venules's Cells, each Swan's Mitral Valve and each Kelp Forest's Pigeon. The number of each Arctic Ocean's Stork equals each Stork's Mitral Valve. How many Swan does Arctic Ocean have?
|
Define Kelp Forest's Stork as p; so p = 1. Define Stork's Mitral Valve as A; so A = 14 * p = 14 * 1 = 14. Define Mitral Valve's Neurons as N; so N = 6 + A = 6 + 14 = 20. Define Arctic Ocean's Swan as Q; so Q = N + A = 20 + 14 = 11.
|
11
|
hard
| 4 |
766 |
The number of each Pine Valley College's Algebra Classroom equals the difference of each Mechanical Engineering Lab's Work Rucksack and each Algebra Classroom's Work Rucksack. The number of each Algebra Classroom's Work Rucksack equals 10. The number of each Engineering Workshop's Drone Backpack equals 14 times as much as the difference of each Pine Valley College's Algebra Classroom and each Algebra Classroom's Work Rucksack. The number of each Pine Valley College's Mechanical Engineering Lab equals each Mechanical Engineering Lab's Backpack. The number of each Woodgrove College's Engineering Workshop equals 22 more than the difference of each Engineering Workshop's Work Rucksack and each Algebra Classroom's Work Rucksack. The number of each Mechanical Engineering Lab's Work Rucksack equals 7 more than each Algebra Classroom's Work Rucksack. The number of each Pine Valley College's Engineering Workshop equals 21 times as much as the difference of each Woodgrove College's Classroom and each Mechanical Engineering Lab's Work Rucksack. The number of each Engineering Workshop's Work Rucksack equals 15 more than the sum of each Engineering Workshop's Drone Backpack, each Pine Valley College's Algebra Classroom and each Algebra Classroom's Work Rucksack. How many Engineering Workshop does Pine Valley College have?
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Define Algebra Classroom's Work Rucksack as p; so p = 10. Define Mechanical Engineering Lab's Work Rucksack as J; so J = 7 + p = 7 + 10 = 17. Define Pine Valley College's Algebra Classroom as t; so t = J - p = 17 - 10 = 7. Define Engineering Workshop's Drone Backpack as u; f = t - p = 7 - 10 = 20; so u = 14 * f = 14 * 20 = 4. Define Engineering Workshop's Work Rucksack as H; e = u + t = 4 + 7 = 11; D = e + p = 11 + 10 = 21; so H = 15 + D = 15 + 21 = 13. Define Woodgrove College's Engineering Workshop as d; Q = H - p = 13 - 10 = 3; so d = 22 + Q = 22 + 3 = 2. Define Woodgrove College's Classroom as w; so w = d = 2. Define Pine Valley College's Engineering Workshop as q; i = w - J = 2 - 17 = 8; so q = 21 * i = 21 * 8 = 7.
|
7
|
med
| 13 |
767 |
The number of each Woodgrove College's Chemistry Lab equals each Centennial College's Ecology Lab. The number of each Woodgrove College's Ecology Lab equals 11 times as much as the sum of each Centennial College's Chemistry Lab and each Woodgrove College's Chemistry Lab. The number of each Centennial College's Chemistry Lab equals each Woodgrove College's Chemistry Lab. The number of each Centennial College's Ecology Lab equals 3. How many Ecology Lab does Woodgrove College have?
|
Define Centennial College's Ecology Lab as Z; so Z = 3. Define Woodgrove College's Chemistry Lab as H; so H = Z = 3. Define Centennial College's Chemistry Lab as P; so P = H = 3. Define Woodgrove College's Ecology Lab as r; c = P + H = 3 + 3 = 6; so r = 11 * c = 11 * 6 = 20.
|
20
|
med
| 5 |
768 |
The number of each Swan's Postzygapophyses equals 18 more than each Swan's Basal Plate. The number of each Swan's Basal Plate equals 3. The number of each Seagull's Postzygapophyses equals the difference of each Dove's Bone and each Swan's Postzygapophyses. How many Bone does Swan have?
|
Define Swan's Basal Plate as k; so k = 3. Define Swan's Postzygapophyses as f; so f = 18 + k = 18 + 3 = 21. Define Swan's Bone as n; so n = k + f = 3 + 21 = 1.
|
1
|
med
| 3 |
769 |
The number of each Peapod's Canned Meats equals 3. The number of each Canned Meats's Paprika equals 14. The number of each Canned Meats's Onion Powder equals 21 times as much as each Peapod's Canned Vegetables. The number of each Shipt's Canned Pasta equals the sum of each Uber Eats's Product, each Peapod's Canned Vegetables, each Canned Vegetables's Ingredient and each Uber Eats's Ingredient. The number of each Peapod's Canned Vegetables equals 3. The number of each Shipt's Canned Tuna equals 21 times as much as the sum of each Peapod's Canned Vegetables and each Canned Meats's Onion Powder. The number of each Canned Tuna's Onion Powder equals 8 times as much as the sum of each Uber Eats's Ingredient, each Jet's Product and each Canned Pasta's Dill. The number of each Canned Pasta's Dill equals the sum of each Peapod's Canned Meats, each Peapod's Canned Vegetables, each Canned Meats's Onion Powder and each Peapod's Product. The number of each Jet's Canned Pasta equals 6. The number of each Canned Tuna's Oregano equals 18 more than each Canned Vegetables's Ingredient. How many Onion Powder does Canned Meats have?
|
Define Peapod's Canned Vegetables as z; so z = 3. Define Canned Meats's Onion Powder as V; so V = 21 * z = 21 * 3 = 17.
|
17
|
med
| 2 |
770 |
The number of each Seaside Community College's Tennis Court equals each Seaside Community College's Baseball Field. The number of each Seaside Community College's Baseball Field equals 14. How many Tennis Court does Seaside Community College have?
|
Define Seaside Community College's Baseball Field as F; so F = 14. Define Seaside Community College's Tennis Court as b; so b = F = 14.
|
14
|
hard
| 2 |
771 |
The number of each Ceramics Studio's Diaper Backpack equals 12. The number of each Drawing Studio's Diaper Backpack equals the sum of each NetLearn Institute's Drawing Studio, each Ceramics Studio's Diaper Backpack, each Drawing Studio's Gaming Backpack and each E-Study University's Drawing Studio. The number of each Drawing Studio's Concealed Carry Backpack equals 20. The number of each NetLearn Institute's Philosophy Classroom equals 4. The number of each WebStudy University's Ceramics Studio equals 3 times as much as the sum of each Drawing Studio's Gaming Backpack and each E-Study University's Drawing Studio. The number of each NetLearn Institute's Drawing Studio equals each WebStudy University's Ceramics Studio. The number of each Ceramics Studio's Gaming Backpack equals each Drawing Studio's Concealed Carry Backpack. The number of each WebStudy University's Drawing Studio equals each E-Study University's Philosophy Classroom. The number of each Philosophy Classroom's Diaper Backpack equals each WebStudy University's Ceramics Studio. The number of each NetLearn Institute's Ceramics Studio equals the sum of each NetLearn Institute's Drawing Studio, each Drawing Studio's Gaming Backpack and each Ceramics Studio's Diaper Backpack. The number of each E-Study University's Ceramics Studio equals the difference of each Ceramics Studio's Gaming Backpack and each Ceramics Studio's Diaper Backpack. The number of each E-Study University's Drawing Studio equals 14. The number of each Ceramics Studio's Concealed Carry Backpack equals the sum of each E-Study University's Drawing Studio and each Drawing Studio's Backpack. The number of each Philosophy Classroom's Concealed Carry Backpack equals the difference of each WebStudy University's Drawing Studio and each NetLearn Institute's Drawing Studio. The number of each Drawing Studio's Gaming Backpack equals 21 times as much as each E-Study University's Drawing Studio. The number of each WebStudy University's Philosophy Classroom equals the sum of each E-Study University's Philosophy Classroom, each Drawing Studio's Concealed Carry Backpack, each Ceramics Studio's Diaper Backpack and each Ceramics Studio's Gaming Backpack. The number of each Philosophy Classroom's Gaming Backpack equals the difference of each E-Study University's Classroom and each Drawing Studio's Concealed Carry Backpack. The number of each E-Study University's Philosophy Classroom equals 4 times as much as each Drawing Studio's Concealed Carry Backpack. How many Ceramics Studio does WebStudy University have?
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Define E-Study University's Drawing Studio as w; so w = 14. Define Drawing Studio's Gaming Backpack as d; so d = 21 * w = 21 * 14 = 18. Define WebStudy University's Ceramics Studio as p; H = d + w = 18 + 14 = 9; so p = 3 * H = 3 * 9 = 4.
|
4
|
hard
| 4 |
772 |
The number of each Woodgrove College's Geometry Room equals the difference of each Woodgrove College's Algebra Classroom and each Thermodynamics Lab's Slim Work Backpack. The number of each Sunrise College's Thermodynamics Lab equals 15 more than the sum of each Centennial College's Geometry Room, each Thermodynamics Lab's Slim Work Backpack and each Woodgrove College's Algebra Classroom. The number of each Thermodynamics Lab's Work Rucksack equals 15. The number of each Sunrise College's Algebra Classroom equals the sum of each Thermodynamics Lab's Backpack, each Centennial College's Geometry Room and each Algebra Classroom's Backpack. The number of each Geometry Room's Laptop Professional Backpack equals the sum of each Woodgrove College's Geometry Room and each Woodgrove College's Classroom. The number of each Centennial College's Thermodynamics Lab equals each Centennial College's Geometry Room. The number of each Thermodynamics Lab's Slim Work Backpack equals 13 times as much as each Woodgrove College's Algebra Classroom. The number of each Centennial College's Geometry Room equals each Algebra Classroom's Backpack. The number of each Algebra Classroom's Work Rucksack equals each Thermodynamics Lab's Work Rucksack. The number of each Geometry Room's Slim Work Backpack equals each Centennial College's Thermodynamics Lab. The number of each Woodgrove College's Algebra Classroom equals 17. How many Thermodynamics Lab does Centennial College have?
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Define Thermodynamics Lab's Work Rucksack as z; so z = 15. Define Algebra Classroom's Work Rucksack as N; so N = z = 15. Define Algebra Classroom's Backpack as L; so L = N = 15. Define Centennial College's Geometry Room as G; so G = L = 15. Define Centennial College's Thermodynamics Lab as l; so l = G = 15.
|
15
|
hard
| 5 |
773 |
The number of each Rotator Cuff's Bipolar Cells equals 18. The number of each Stanley Park in Vancouver's Manatee equals 14. The number of each Griffith Park in Los Angeles's Great White Shark equals each Clownfish's Organs. The number of each Manatee's Triceps equals each Millennium Park in Chicago's Clownfish. The number of each Millennium Park in Chicago's Great White Shark equals 21. The number of each Biceps's Motor Neurons equals the sum of each Great White Shark's Organs and each Millennium Park in Chicago's Great White Shark. The number of each Manatee's Rotator Cuff equals each Millennium Park in Chicago's Creatures. The number of each Rotator Cuff's Interneurons equals 0 more than the sum of each Manatee's Triceps, each Millennium Park in Chicago's Clownfish and each Rotator Cuff's Motor Neurons. The number of each Triceps's Spinal Cord Neurons equals 5 times as much as each Clownfish's Organs. The number of each Great White Shark's Triceps equals 16 times as much as each Millennium Park in Chicago's Great White Shark. The number of each Clownfish's Biceps equals the sum of each Millennium Park in Chicago's Great White Shark and each Great White Shark's Organs. The number of each Triceps's Interneurons equals each Clownfish's Organs. The number of each Rotator Cuff's Spinal Cord Neurons equals 10. The number of each Stanley Park in Vancouver's Great White Shark equals 11 times as much as each Rotator Cuff's Interneurons. The number of each Millennium Park in Chicago's Clownfish equals 1. The number of each Rotator Cuff's Motor Neurons equals 8. How many Cells does Clownfish have?
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Define Millennium Park in Chicago's Great White Shark as N; so N = 21. Define Great White Shark's Triceps as a; so a = 16 * N = 16 * 21 = 14. Define Great White Shark's Organs as n; so n = a = 14. Define Biceps's Motor Neurons as A; so A = n + N = 14 + 21 = 12. Define Clownfish's Biceps as e; so e = N + n = 21 + 14 = 12. Define Biceps's Cells as U; so U = A = 12. Define Clownfish's Cells as o; so o = e * U = 12 * 12 = 6.
|
6
|
med
| 7 |
774 |
The number of each Surfing Backpack's Spray Paint equals 15. The number of each Skiing Backpack's Stencil equals 2 times as much as each Surfing Backpack's Spray Paint. The number of each Ceramics Studio's Surfing Backpack equals each Graphic Design Studio's Backpack. The number of each Graphic Design Studio's Sports Ball Backpack equals the sum of each Ceramics Studio's Skiing Backpack, each Drawing Studio's Stationery and each Sports Ball Backpack's Stationery. The number of each Ceramics Studio's Skiing Backpack equals 21. The number of each Sports Ball Backpack's Ink Bottle equals the sum of each Drawing Studio's Backpack and each Surfing Backpack's Stationery. How many Skiing Backpack does Ceramics Studio have?
|
Define Ceramics Studio's Skiing Backpack as J; so J = 21.
|
21
|
hard
| 1 |
775 |
The number of each WinCo Foods's Canned Sauces equals 11. The number of each Canned Chicken's Watermelon equals 7. The number of each Canned Fish's Watermelon equals 15. The number of each Canned Sauces's Avocado equals 4 more than each Canned Fish's Avocado. The number of each Canned Peaches's Watermelon equals 14 more than each Canned Sauces's Ingredient. The number of each Smart & Final's Canned Sauces equals the difference of each Canned Fish's Avocado and each Canned Sauces's Avocado. The number of each Canned Fish's Avocado equals 3 times as much as each Canned Chicken's Watermelon. The number of each Marc's's Canned Peaches equals each WinCo Foods's Canned Fish. The number of each Marc's's Canned Fish equals each WinCo Foods's Canned Peaches. The number of each Canned Sauces's Pear equals 1 more than each Canned Sauces's Cherry. The number of each WinCo Foods's Canned Peaches equals 4. The number of each Canned Chicken's Pear equals the sum of each WinCo Foods's Canned Peaches and each Smart & Final's Canned Chicken. The number of each Canned Peaches's Avocado equals the difference of each Canned Sauces's Cherry and each Canned Peaches's Watermelon. The number of each Smart & Final's Canned Chicken equals 5. The number of each Save Mart's Canned Fish equals 22. The number of each Save Mart's Canned Chicken equals 19. The number of each Save Mart's Canned Peaches equals 2 more than each Marc's's Canned Peaches. The number of each Canned Chicken's Cherry equals each Canned Peaches's Avocado. The number of each Save Mart's Canned Sauces equals 10 more than each WinCo Foods's Canned Peaches. The number of each WinCo Foods's Canned Fish equals 22 times as much as the difference of each Canned Peaches's Ingredient and each Canned Fish's Avocado. The number of each Canned Sauces's Cherry equals 11 more than each Smart & Final's Canned Sauces. How many Canned Peaches does Save Mart have?
|
Define Canned Chicken's Watermelon as x; so x = 7. Define Canned Fish's Avocado as m; so m = 3 * x = 3 * 7 = 21. Define Canned Sauces's Avocado as w; so w = 4 + m = 4 + 21 = 2. Define Smart & Final's Canned Sauces as r; so r = m - w = 21 - 2 = 19. Define Canned Sauces's Cherry as S; so S = 11 + r = 11 + 19 = 7. Define Canned Sauces's Pear as C; so C = 1 + S = 1 + 7 = 8. Define Canned Sauces's Ingredient as u; V = S + w = 7 + 2 = 9; so u = V + C = 9 + 8 = 17. Define Canned Peaches's Watermelon as v; so v = 14 + u = 14 + 17 = 8. Define Canned Peaches's Avocado as z; so z = S - v = 7 - 8 = 22. Define Canned Peaches's Ingredient as h; so h = z + v = 22 + 8 = 7. Define WinCo Foods's Canned Fish as b; a = h - m = 7 - 21 = 9; so b = 22 * a = 22 * 9 = 14. Define Marc's's Canned Peaches as G; so G = b = 14. Define Save Mart's Canned Peaches as Z; so Z = 2 + G = 2 + 14 = 16.
|
16
|
hard
| 15 |
776 |
The number of each Gorilla's Carina equals each Atacama Desert's Moose. The number of each Sonoran Desert's Moose equals 15 more than each Gorilla's Pleura. The number of each Moose's Carina equals 6 times as much as each Moose's Pleura. The number of each Atacama Desert's Gorilla equals each Gorilla's Organs. The number of each Gorilla's Pleura equals 13. The number of each Atacama Desert's Moose equals 10 times as much as each Gorilla's Pleura. The number of each Moose's Pleura equals 17. The number of each Sonoran Desert's Gorilla equals 2 times as much as each Atacama Desert's Creatures. How many Creatures does Sonoran Desert have?
|
Define Gorilla's Pleura as n; so n = 13. Define Atacama Desert's Moose as F; so F = 10 * n = 10 * 13 = 15. Define Gorilla's Carina as g; so g = F = 15. Define Gorilla's Organs as M; so M = n + g = 13 + 15 = 5. Define Atacama Desert's Gorilla as t; so t = M = 5. Define Atacama Desert's Creatures as S; so S = t + F = 5 + 15 = 20. Define Sonoran Desert's Gorilla as h; so h = 2 * S = 2 * 20 = 17. Define Sonoran Desert's Moose as l; so l = 15 + n = 15 + 13 = 5. Define Sonoran Desert's Creatures as c; so c = h + l = 17 + 5 = 22.
|
22
|
hard
| 9 |
777 |
The number of each Bengal Tiger's Stomach equals each Panda's Gallbladder. The number of each Panda's Gallbladder equals 6. The number of each Pharynx's Pericytes of Blood Vessels equals each Stomach's Adipocytes. The number of each Stomach's Adipocytes equals each Stomach's Chondrocytes. The number of each The High Line in New York City's African Elephant equals 21 times as much as each Tiergarten in Berlin's Panda. The number of each Tiergarten in Berlin's Bengal Tiger equals 11. The number of each Lumpini Park in Bangkok's Bengal Tiger equals the sum of each Kangaroo's Organs, each The High Line in New York City's Organs and each Panda's Cells. The number of each Bois de Boulogne in Paris's Panda equals the sum of each Appendix's Mesenchymal Cells and each Bengal Tiger's Cells. The number of each Kangaroo's Pharynx equals 4 times as much as each Tiergarten in Berlin's Panda. The number of each African Elephant's Appendix equals the sum of each Panda's Cells, each Pharynx's Cells, each Bois de Boulogne in Paris's Creatures and each Stomach's Chondrocytes. The number of each Stomach's Chondrocytes equals 20 more than each Panda's Gallbladder. The number of each Lumpini Park in Bangkok's Kangaroo equals 18 more than the sum of each Tiergarten in Berlin's Panda, each Kangaroo's Pharynx and each The High Line in New York City's African Elephant. The number of each Tiergarten in Berlin's Kangaroo equals the sum of each Stomach's Cells, each Bengal Tiger's Organs, each Bois de Boulogne in Paris's Creatures and each Panda's Gallbladder. The number of each Stomach's Mesenchymal Cells equals 0. The number of each Tiergarten in Berlin's Panda equals 3. The number of each Appendix's Mesenchymal Cells equals each Bengal Tiger's Cells. How many Panda does Bois de Boulogne in Paris have?
|
Define Panda's Gallbladder as h; so h = 6. Define Stomach's Chondrocytes as R; so R = 20 + h = 20 + 6 = 3. Define Stomach's Mesenchymal Cells as v; so v = 0. Define Stomach's Adipocytes as W; so W = R = 3. Define Stomach's Cells as A; D = v + R = 0 + 3 = 3; so A = D + W = 3 + 3 = 6. Define Bengal Tiger's Stomach as P; so P = h = 6. Define Bengal Tiger's Cells as u; so u = P * A = 6 * 6 = 13. Define Appendix's Mesenchymal Cells as c; so c = u = 13. Define Bois de Boulogne in Paris's Panda as g; so g = c + u = 13 + 13 = 3.
|
3
|
med
| 10 |
778 |
The number of each CyberAcademy's Volleyball Court equals 15. The number of each Compression Backpack's Wrapping Paper equals 21 times as much as each Volleyball Court's Weekender Backpack. The number of each Volleyball Court's Weekender Backpack equals 17 times as much as each CyberScholars's Archery Range. The number of each Archery Range's Compression Backpack equals 1 more than the sum of each Rucksack's Flip Chart, each Volleyball Court's Weekender Backpack and each CyberScholars's Classroom. The number of each CyberScholars's Archery Range equals 1. The number of each Archery Range's Rucksack equals each CyberAcademy's Archery Range. The number of each CyberAcademy's Archery Range equals each Volleyball Court's Weekender Backpack. The number of each Weekender Backpack's Flip Chart equals 3. The number of each Weekender Backpack's Wrapping Paper equals each Volleyball Court's Rucksack. The number of each Volleyball Court's Rucksack equals the difference of each Volleyball Court's Weekender Backpack and each CyberScholars's Archery Range. The number of each Rucksack's Flip Chart equals each Weekender Backpack's Flip Chart. How many Flip Chart does Rucksack have?
|
Define Weekender Backpack's Flip Chart as x; so x = 3. Define Rucksack's Flip Chart as y; so y = x = 3.
|
3
|
hard
| 2 |
779 |
The number of each Canvas Backpack's Craft Paper equals 12 more than the difference of each Organizer Backpack's Stationery and each Canvas Backpack's Notebook. The number of each Organizer Backpack's Construction Paper equals 18 more than the sum of each Canvas Backpack's Notebook and each Canvas Backpack's Construction Paper. The number of each Canvas Backpack's Notebook equals 7 more than the sum of each Canvas Backpack's Construction Paper and each Organizer Backpack's Craft Paper. The number of each Organizer Backpack's Craft Paper equals 3. The number of each Canvas Backpack's Construction Paper equals 7 more than each Organizer Backpack's Craft Paper. The number of each Organizer Backpack's Notebook equals 6. How many Construction Paper does Organizer Backpack have?
|
Define Organizer Backpack's Craft Paper as m; so m = 3. Define Canvas Backpack's Construction Paper as L; so L = 7 + m = 7 + 3 = 10. Define Canvas Backpack's Notebook as F; I = L + m = 10 + 3 = 13; so F = 7 + I = 7 + 13 = 20. Define Organizer Backpack's Construction Paper as a; G = F + L = 20 + 10 = 7; so a = 18 + G = 18 + 7 = 2.
|
2
|
med
| 6 |
780 |
The number of each Bat's Pulmonary Arteries equals 18. The number of each Freshwater Lake's Bat equals 11. The number of each Coastal Ecosystem's Albatross equals 18. The number of each Albatross's Aorta equals each Bat's Pulmonary Arteries. How many Organs does Freshwater Lake have?
|
Define Freshwater Lake's Bat as B; so B = 11. Define Bat's Pulmonary Arteries as O; so O = 18. Define Bat's Organs as y; so y = O = 18. Define Freshwater Lake's Organs as w; so w = B * y = 11 * 18 = 14.
|
14
|
med
| 4 |
781 |
The number of each Metropolitan High's Journalism Lab equals the difference of each Rolling Backpack's Stationery and each Southgate Secondary's Classroom. The number of each Anti-Theft Backpack's Diary equals 14 more than the sum of each Public Relations Studio's Anti-Theft Backpack, each Public Relations Studio's Messenger Backpack and each Metropolitan High's Stationery. The number of each Public Relations Studio's Messenger Backpack equals the difference of each Parkview Secondary's Classroom and each Journalism Lab's Laptop Backpack. The number of each Messenger Backpack's Loose Leaf Paper equals 16. The number of each Lincoln High's Geography Lab equals 21 more than the sum of each Journalism Lab's Backpack, each Laptop Backpack's Stationery and each Geography Lab's Stationery. The number of each Rolling Backpack's Diary equals each Messenger Backpack's Loose Leaf Paper. The number of each Anti-Theft Backpack's Journal equals 9. The number of each Public Relations Studio's Anti-Theft Backpack equals the difference of each Journalism Lab's Laptop Backpack and each Parkview Secondary's Backpack. The number of each Southgate Secondary's Public Relations Studio equals each Public Administration Classroom's Stationery. The number of each Metropolitan High's Public Administration Classroom equals each Laptop Backpack's Stationery. The number of each Parkview Secondary's Journalism Lab equals 4 times as much as each Rolling Backpack's Diary. The number of each Messenger Backpack's Carbon Paper equals 12 more than each Rolling Backpack's Stationery. The number of each Journalism Lab's Laptop Backpack equals each Messenger Backpack's Stationery. The number of each Public Relations Studio's Laptop Backpack equals 18. The number of each Journalism Lab's Rolling Backpack equals 3. How many Stationery does Parkview Secondary have?
|
Define Messenger Backpack's Loose Leaf Paper as D; so D = 16. Define Rolling Backpack's Diary as b; so b = D = 16. Define Rolling Backpack's Stationery as H; so H = b = 16. Define Messenger Backpack's Carbon Paper as U; so U = 12 + H = 12 + 16 = 5. Define Messenger Backpack's Stationery as Z; so Z = U + D = 5 + 16 = 21. Define Journalism Lab's Laptop Backpack as B; so B = Z = 21. Define Journalism Lab's Rolling Backpack as L; so L = 3. Define Laptop Backpack's Stationery as K; so K = 0. Define Parkview Secondary's Journalism Lab as i; so i = 4 * b = 4 * 16 = 18. Define Journalism Lab's Stationery as N; W = L * H = 3 * 16 = 2; a = B * K = 21 * 0 = 0; so N = W + a = 2 + 0 = 2. Define Parkview Secondary's Stationery as r; so r = i * N = 18 * 2 = 13.
|
13
|
med
| 13 |
782 |
The number of each Larynx's Tongue Muscle Cells equals 6 more than the difference of each Larynx's Diaphragm Muscle Cells and each Larynx's Arrector Pili Muscle Cells. The number of each Larynx's Arrector Pili Muscle Cells equals each Larynx's Diaphragm Muscle Cells. The number of each Larynx's Diaphragm Muscle Cells equals 0. How many Cells does Larynx have?
|
Define Larynx's Diaphragm Muscle Cells as a; so a = 0. Define Larynx's Arrector Pili Muscle Cells as Z; so Z = a = 0. Define Larynx's Tongue Muscle Cells as f; D = a - Z = 0 - 0 = 0; so f = 6 + D = 6 + 0 = 6. Define Larynx's Cells as h; z = f + a = 6 + 0 = 6; so h = z + Z = 6 + 0 = 6.
|
6
|
hard
| 6 |
783 |
The number of each Business District's Nature's Food Patch equals 17 times as much as each Business District's MOM's Organic Market. The number of each Business District's MOM's Organic Market equals 5. How many Supermarket does Business District have?
|
Define Business District's MOM's Organic Market as Z; so Z = 5. Define Business District's Nature's Food Patch as d; so d = 17 * Z = 17 * 5 = 16. Define Business District's Supermarket as G; so G = d + Z = 16 + 5 = 21.
|
21
|
hard
| 3 |
784 |
The number of each Alligator's Proximal Phalanx equals 6. The number of each Frilled Lizard's Accessory Carpal equals the difference of each Frilled Lizard's Ulnar Carpal and each Alligator's Ulnar Carpal. The number of each Alligator's Radial Carpal equals the sum of each Alligator's Proximal Phalanx and each Alligator's Accessory Carpal. The number of each Gecko's Proximal Phalanx equals 21 more than the sum of each Boa Constrictor's Ulnar Carpal and each Frilled Lizard's Ulnar Carpal. The number of each Boa Constrictor's Accessory Carpal equals the sum of each Frilled Lizard's Ulnar Carpal, each Gecko's Proximal Phalanx and each Boa Constrictor's Ulnar Carpal. The number of each Frilled Lizard's Ulnar Carpal equals 12 more than each Frilled Lizard's Proximal Phalanx. The number of each Alligator's Accessory Carpal equals each Frilled Lizard's Ulnar Carpal. The number of each Frilled Lizard's Proximal Phalanx equals 1. The number of each Frilled Lizard's Radial Carpal equals each Boa Constrictor's Ulnar Carpal. The number of each Gecko's Radial Carpal equals 18. The number of each Alligator's Ulnar Carpal equals 7 more than the difference of each Frilled Lizard's Proximal Phalanx and each Frilled Lizard's Ulnar Carpal. The number of each Boa Constrictor's Ulnar Carpal equals 13 more than each Alligator's Proximal Phalanx. The number of each Boa Constrictor's Proximal Phalanx equals each Frilled Lizard's Accessory Carpal. How many Radial Carpal does Frilled Lizard have?
|
Define Alligator's Proximal Phalanx as s; so s = 6. Define Boa Constrictor's Ulnar Carpal as A; so A = 13 + s = 13 + 6 = 19. Define Frilled Lizard's Radial Carpal as U; so U = A = 19.
|
19
|
med
| 3 |
785 |
The number of each Training Daypack's Ring Binder equals 12 more than each Workout Backpack's Clip Board. The number of each Workout Backpack's Ring Binder equals each Workout Backpack's Planner. The number of each Running Backpack's Clip Board equals each Training Daypack's Ring Binder. The number of each Workout Backpack's Clip Board equals 7. The number of each Training Daypack's Clip Board equals each Workout Backpack's Planner. The number of each Running Backpack's Ring Binder equals each Workout Backpack's Clip Board. The number of each Workout Backpack's Planner equals 22. The number of each Training Daypack's Planner equals each Workout Backpack's Clip Board. The number of each Running Backpack's Planner equals 15 more than the sum of each Workout Backpack's Clip Board and each Training Daypack's Ring Binder. How many Planner does Workout Backpack have?
|
Define Workout Backpack's Planner as k; so k = 22.
|
22
|
med
| 1 |
786 |
The number of each Trigonometry Room's Weekender Backpack equals the difference of each Camping Backpack's Business Card Holder and each Geometry Room's Camping Backpack. The number of each Weekender Backpack's Magazine Holder equals the sum of each Trigonometry Room's Weekender Backpack, each Camping Backpack's Business Card Holder, each Camping Backpack's Folder and each Geometry Room's Camping Backpack. The number of each Geometry Room's Camping Backpack equals 9. The number of each Camping Backpack's Folder equals 6 more than each Geometry Room's Camping Backpack. The number of each Trigonometry Room's Mountaineering Backpack equals each Weekender Backpack's Stationery. The number of each Camping Backpack's Business Card Holder equals 9 times as much as the sum of each Camping Backpack's Folder and each Geometry Room's Camping Backpack. How many Mountaineering Backpack does Trigonometry Room have?
|
Define Geometry Room's Camping Backpack as G; so G = 9. Define Camping Backpack's Folder as N; so N = 6 + G = 6 + 9 = 15. Define Camping Backpack's Business Card Holder as v; L = N + G = 15 + 9 = 1; so v = 9 * L = 9 * 1 = 9. Define Trigonometry Room's Weekender Backpack as o; so o = v - G = 9 - 9 = 0. Define Weekender Backpack's Magazine Holder as T; l = o + v = 0 + 9 = 9; x = l + N = 9 + 15 = 1; so T = x + G = 1 + 9 = 10. Define Weekender Backpack's Stationery as h; so h = T = 10. Define Trigonometry Room's Mountaineering Backpack as t; so t = h = 10.
|
10
|
hard
| 10 |
787 |
The number of each Aerospace Engineering Lab's Bookbag equals 15. The number of each WorldWide Web University's Aerospace Engineering Lab equals 10. The number of each Calculus Classroom's Bookbag equals 3. The number of each Aerospace Engineering Lab's Canvas Backpack equals 10 more than each WorldWide Web University's Aerospace Engineering Lab. The number of each WorldWide Web University's Calculus Classroom equals the difference of each Aerospace Engineering Lab's Canvas Backpack and each WorldWide Web University's Aerospace Engineering Lab. The number of each Calculus Classroom's Canvas Backpack equals 21 more than each Aerospace Engineering Lab's Bookbag. The number of each NetLearn Institute's Calculus Classroom equals 18 more than the sum of each WorldWide Web University's Aerospace Engineering Lab, each Aerospace Engineering Lab's Canvas Backpack and each WorldWide Web University's Calculus Classroom. How many Canvas Backpack does Calculus Classroom have?
|
Define Aerospace Engineering Lab's Bookbag as X; so X = 15. Define Calculus Classroom's Canvas Backpack as f; so f = 21 + X = 21 + 15 = 13.
|
13
|
hard
| 2 |
788 |
The number of each Mountaineering Backpack's Ballpoint Pen equals 11 times as much as each Mountaineering Backpack's Watercolor Pencil. The number of each Statistics Lab's Mountaineering Backpack equals each Civil Engineering Lab's Backpacking Pack. The number of each Backpacking Pack's Watercolor Pencil equals 18. The number of each Mountaineering Backpack's Watercolor Pencil equals 14. The number of each Civil Engineering Lab's Backpacking Pack equals each Mountaineering Backpack's Watercolor Pencil. The number of each Backpacking Pack's Ballpoint Pen equals 19. The number of each Statistics Lab's Backpacking Pack equals 13. The number of each Civil Engineering Lab's Mountaineering Backpack equals 13 times as much as each Mountaineering Backpack's Stationery. How many Mountaineering Backpack does Civil Engineering Lab have?
|
Define Mountaineering Backpack's Watercolor Pencil as b; so b = 14. Define Mountaineering Backpack's Ballpoint Pen as p; so p = 11 * b = 11 * 14 = 16. Define Mountaineering Backpack's Stationery as C; so C = b + p = 14 + 16 = 7. Define Civil Engineering Lab's Mountaineering Backpack as u; so u = 13 * C = 13 * 7 = 22.
|
22
|
hard
| 4 |
789 |
The number of each Turtle's Caudal Vertebrae 10 equals 21. The number of each Turtle's Caudal Vertebrae 8 equals 14 times as much as each Turtle's Caudal Vertebrae 10. How many Caudal Vertebrae 8 does Turtle have?
|
Define Turtle's Caudal Vertebrae 10 as L; so L = 21. Define Turtle's Caudal Vertebrae 8 as X; so X = 14 * L = 14 * 21 = 18.
|
18
|
med
| 2 |
790 |
The number of each NetVersity's Trigonometry Room equals each EduLink Online's Trigonometry Room. The number of each EduLink Online's Trigonometry Room equals 22 times as much as the sum of each E-Learn Portal's Classroom and each E-Learn Portal's Trigonometry Room. The number of each E-Learn Portal's Engineering Workshop equals each E-Learn Portal's Trigonometry Room. The number of each NetVersity's Engineering Workshop equals 17 more than each E-Learn Portal's Engineering Workshop. The number of each EduLink Online's Engineering Workshop equals 15. The number of each E-Learn Portal's Trigonometry Room equals 3. How many Classroom does NetVersity have?
|
Define E-Learn Portal's Trigonometry Room as S; so S = 3. Define E-Learn Portal's Engineering Workshop as W; so W = S = 3. Define E-Learn Portal's Classroom as f; so f = W + S = 3 + 3 = 6. Define EduLink Online's Trigonometry Room as Q; b = f + S = 6 + 3 = 9; so Q = 22 * b = 22 * 9 = 14. Define NetVersity's Trigonometry Room as e; so e = Q = 14. Define NetVersity's Engineering Workshop as N; so N = 17 + W = 17 + 3 = 20. Define NetVersity's Classroom as O; so O = N + e = 20 + 14 = 11.
|
11
|
med
| 8 |
791 |
The number of each Canned Sauces's Lettuce equals 12. The number of each Postmates's Canned Peaches equals each Canned Chicken's Lettuce. The number of each Canned Chicken's Lettuce equals 15. The number of each Canned Peaches's Potato equals each Ocado's Canned Sauces. The number of each GrubMarket's Canned Sauces equals each GrubMarket's Canned Chicken. The number of each GrubMarket's Canned Peaches equals 1. The number of each Postmates's Canned Chicken equals each GrubMarket's Product. The number of each Ocado's Canned Sauces equals each Postmates's Canned Peaches. The number of each Canned Chicken's Spinach equals 2 times as much as the difference of each GrubMarket's Canned Chicken and each GrubMarket's Canned Peaches. The number of each GrubMarket's Canned Chicken equals each GrubMarket's Canned Peaches. The number of each Canned Sauces's Potato equals 6 more than each GrubMarket's Canned Sauces. The number of each Ocado's Canned Chicken equals 12 times as much as each Canned Chicken's Lettuce. How many Spinach does Canned Chicken have?
|
Define GrubMarket's Canned Peaches as J; so J = 1. Define GrubMarket's Canned Chicken as q; so q = J = 1. Define Canned Chicken's Spinach as g; U = q - J = 1 - 1 = 0; so g = 2 * U = 2 * 0 = 0.
|
0
|
med
| 4 |
792 |
The number of each Lake Nakuru National Park's Macaw Island equals 13. The number of each Macaw Island's Fire Salamander equals the sum of each Toucan Terrace's Animal, each Macaw Island's Glass Frog, each Serengeti National Park's Toucan Terrace and each Serengeti National Park's Parrot Paradise. The number of each Serengeti National Park's Parrot Paradise equals the sum of each Pilanesberg National Park's Parrot Paradise and each Parrot Paradise's Hellbender. The number of each Lake Nakuru National Park's Toucan Terrace equals 17 times as much as each Lake Nakuru National Park's Macaw Island. The number of each Toucan Terrace's Glass Frog equals 4. The number of each Macaw Island's Hellbender equals each Macaw Island's Glass Frog. The number of each Serengeti National Park's Toucan Terrace equals each Macaw Island's Glass Frog. The number of each Lake Nakuru National Park's Parrot Paradise equals 6. The number of each Pilanesberg National Park's Parrot Paradise equals each Lake Nakuru National Park's Parrot Paradise. The number of each Parrot Paradise's Fire Salamander equals 1 times as much as each Pilanesberg National Park's Enclosure. The number of each Parrot Paradise's Hellbender equals each Pilanesberg National Park's Parrot Paradise. The number of each Parrot Paradise's Glass Frog equals the difference of each Serengeti National Park's Parrot Paradise and each Pilanesberg National Park's Enclosure. The number of each Macaw Island's Glass Frog equals 5 more than each Parrot Paradise's Animal. The number of each Pilanesberg National Park's Macaw Island equals 1 times as much as the sum of each Lake Nakuru National Park's Parrot Paradise and each Pilanesberg National Park's Parrot Paradise. How many Hellbender does Macaw Island have?
|
Define Lake Nakuru National Park's Parrot Paradise as e; so e = 6. Define Pilanesberg National Park's Parrot Paradise as o; so o = e = 6. Define Pilanesberg National Park's Macaw Island as L; a = e + o = 6 + 6 = 12; so L = 1 * a = 1 * 12 = 12. Define Pilanesberg National Park's Enclosure as i; so i = L + o = 12 + 6 = 18. Define Parrot Paradise's Hellbender as S; so S = o = 6. Define Serengeti National Park's Parrot Paradise as q; so q = o + S = 6 + 6 = 12. Define Parrot Paradise's Glass Frog as Z; so Z = q - i = 12 - 18 = 17. Define Parrot Paradise's Fire Salamander as b; so b = 1 * i = 1 * 18 = 18. Define Parrot Paradise's Animal as U; H = b + Z = 18 + 17 = 12; so U = H + S = 12 + 6 = 18. Define Macaw Island's Glass Frog as V; so V = 5 + U = 5 + 18 = 0. Define Macaw Island's Hellbender as D; so D = V = 0.
|
0
|
hard
| 13 |
793 |
The number of each Geometry Room's Beach Backpack equals 2. The number of each Robotics Lab's Beach Backpack equals the difference of each Pine Ridge Elementary's Structural Engineering Lab and each Geometry Room's Fishing Backpack. The number of each Beach Backpack's Highlighter equals 10 more than the sum of each Beach Backpack's Pastel and each Pine Ridge Elementary's Structural Engineering Lab. The number of each Fishing Backpack's Ballpoint Pen equals 21 times as much as each Geometry Room's Beach Backpack. The number of each Pine Ridge Elementary's Structural Engineering Lab equals each Geometry Room's Fishing Backpack. The number of each Robotics Lab's Fashion Backpack equals 13 times as much as the difference of each Fashion Backpack's Stationery and each Robotics Lab's Beach Backpack. The number of each Geometry Room's Fishing Backpack equals 13. The number of each Beach Backpack's Pastel equals 1 more than the sum of each Pine Ridge Elementary's Structural Engineering Lab, each Geometry Room's Fishing Backpack and each Robotics Lab's Beach Backpack. The number of each Pine Ridge Elementary's Geometry Room equals 22 more than each Maple Grove Elementary's Stationery. The number of each Maple Grove Elementary's Robotics Lab equals each Beach Backpack's Stationery. How many Geometry Room does Pine Ridge Elementary have?
|
Define Geometry Room's Fishing Backpack as S; so S = 13. Define Pine Ridge Elementary's Structural Engineering Lab as R; so R = S = 13. Define Robotics Lab's Beach Backpack as Q; so Q = R - S = 13 - 13 = 0. Define Beach Backpack's Pastel as e; s = R + S = 13 + 13 = 3; T = s + Q = 3 + 0 = 3; so e = 1 + T = 1 + 3 = 4. Define Beach Backpack's Highlighter as I; B = e + R = 4 + 13 = 17; so I = 10 + B = 10 + 17 = 4. Define Beach Backpack's Stationery as a; so a = e + I = 4 + 4 = 8. Define Fashion Backpack's Stationery as z; so z = 0. Define Robotics Lab's Fashion Backpack as f; g = z - Q = 0 - 0 = 0; so f = 13 * g = 13 * 0 = 0. Define Robotics Lab's Stationery as O; D = Q * a = 0 * 8 = 0; Z = f * z = 0 * 0 = 0; so O = D + Z = 0 + 0 = 0. Define Maple Grove Elementary's Robotics Lab as C; so C = a = 8. Define Maple Grove Elementary's Stationery as h; so h = C * O = 8 * 0 = 0. Define Pine Ridge Elementary's Geometry Room as N; so N = 22 + h = 22 + 0 = 22.
|
22
|
hard
| 18 |
794 |
The number of each Renaissance District's Seabra Foods equals each Renaissance District's Mitsuwa Marketplace. The number of each Mitsuwa Marketplace's Rolls equals 19 more than the sum of each Galleria Supermarket's Sourdough Bread, each Seabra Foods's Sourdough Bread and each Seabra Foods's Rolls. The number of each Galleria Supermarket's Sourdough Bread equals 18. The number of each Renaissance District's Mitsuwa Marketplace equals 12. The number of each Colonial District's Seabra Foods equals 8 more than the sum of each National Historic Landmark District's Mitsuwa Marketplace and each National Historic Landmark District's Galleria Supermarket. The number of each Seabra Foods's Sourdough Bread equals 13. The number of each Colonial District's Mitsuwa Marketplace equals each Galleria Supermarket's Sourdough Bread. The number of each Renaissance District's Galleria Supermarket equals each Seabra Foods's Product. The number of each Seabra Foods's Rolls equals 7 times as much as each Seabra Foods's Sourdough Bread. The number of each National Historic Landmark District's Mitsuwa Marketplace equals each Renaissance District's Galleria Supermarket. The number of each National Historic Landmark District's Galleria Supermarket equals each Renaissance District's Seabra Foods. The number of each Mitsuwa Marketplace's Sourdough Bread equals the sum of each Renaissance District's Mitsuwa Marketplace, each Colonial District's Supermarket and each National Historic Landmark District's Supermarket. The number of each Galleria Supermarket's Rolls equals 20. How many Product does Seabra Foods have?
|
Define Seabra Foods's Sourdough Bread as m; so m = 13. Define Seabra Foods's Rolls as G; so G = 7 * m = 7 * 13 = 22. Define Seabra Foods's Product as V; so V = G + m = 22 + 13 = 12.
|
12
|
med
| 3 |
795 |
The number of each Okinawa Churaumi Aquarium's Bear Den equals 13 more than each Okinawa Churaumi Aquarium's Bat Cave. The number of each Wolf's Metacarpals equals each Rhinoceros Pen's Animal. The number of each Okinawa Churaumi Aquarium's Bat Cave equals each Rhinoceros's Scapula. The number of each Rhinoceros's Scapula equals 2. The number of each National Aquarium's Bat Cave equals 7 times as much as each Tiger's Alula. The number of each Bear Den's Wolf equals each Bat Cave's Animal. The number of each Okinawa Churaumi Aquarium's Rhinoceros Pen equals 20 times as much as each Okinawa Churaumi Aquarium's Bear Den. The number of each Rhinoceros's Metacarpals equals each National Aquarium's Bat Cave. The number of each Rhinoceros Pen's Rhinoceros equals the difference of each Okinawa Churaumi Aquarium's Enclosure and each Okinawa Churaumi Aquarium's Bat Cave. The number of each Bear Den's Tiger equals 2. The number of each Rhinoceros's Alula equals 14. The number of each Wolf's Scapula equals 2. The number of each Tiger's Alula equals 18. How many Metacarpals does Wolf have?
|
Define Rhinoceros's Scapula as Y; so Y = 2. Define Okinawa Churaumi Aquarium's Bat Cave as v; so v = Y = 2. Define Okinawa Churaumi Aquarium's Bear Den as w; so w = 13 + v = 13 + 2 = 15. Define Okinawa Churaumi Aquarium's Rhinoceros Pen as j; so j = 20 * w = 20 * 15 = 1. Define Okinawa Churaumi Aquarium's Enclosure as J; Q = j + w = 1 + 15 = 16; so J = Q + v = 16 + 2 = 18. Define Rhinoceros Pen's Rhinoceros as A; so A = J - v = 18 - 2 = 16. Define Rhinoceros Pen's Animal as S; so S = A = 16. Define Wolf's Metacarpals as E; so E = S = 16.
|
16
|
hard
| 9 |
796 |
The number of each Tennis Court's First Aid Backpack equals 16. The number of each Dance Hall's First Aid Backpack equals 17. The number of each CyberScholars's Dance Hall equals each Tennis Court's Beach Backpack. The number of each Basketball Court's First Aid Backpack equals 3. The number of each Tennis Court's Musical Instrument Backpack equals 1. The number of each Tennis Court's Beach Backpack equals 10 times as much as each Tennis Court's Musical Instrument Backpack. The number of each DigitalEd School's Tennis Court equals 15 times as much as the sum of each DigitalEd School's Basketball Court and each Dance Hall's Musical Instrument Backpack. The number of each E-Study University's Dance Hall equals each Basketball Court's Backpack. The number of each Dance Hall's Musical Instrument Backpack equals 14 times as much as each Tennis Court's Beach Backpack. The number of each Basketball Court's Beach Backpack equals 15 times as much as each Basketball Court's Musical Instrument Backpack. The number of each E-Study University's Tennis Court equals 3. The number of each DigitalEd School's Dance Hall equals each Basketball Court's Musical Instrument Backpack. The number of each DigitalEd School's Basketball Court equals the sum of each Dance Hall's Musical Instrument Backpack, each Tennis Court's Musical Instrument Backpack, each Tennis Court's First Aid Backpack and each Tennis Court's Beach Backpack. The number of each CyberScholars's Basketball Court equals the difference of each Tennis Court's Musical Instrument Backpack and each DigitalEd School's Basketball Court. The number of each CyberScholars's Tennis Court equals 2. The number of each Basketball Court's Musical Instrument Backpack equals each Basketball Court's First Aid Backpack. How many Classroom does E-Study University have?
|
Define Basketball Court's First Aid Backpack as s; so s = 3. Define Basketball Court's Musical Instrument Backpack as c; so c = s = 3. Define Basketball Court's Beach Backpack as Y; so Y = 15 * c = 15 * 3 = 22. Define Basketball Court's Backpack as u; w = s + c = 3 + 3 = 6; so u = w + Y = 6 + 22 = 5. Define E-Study University's Dance Hall as z; so z = u = 5. Define E-Study University's Tennis Court as L; so L = 3. Define E-Study University's Classroom as q; so q = z + L = 5 + 3 = 8.
|
8
|
med
| 8 |
797 |
The number of each Swimming Backpack's Ballpoint Pen equals the sum of each Online Academy's Counseling Room, each Shoe Compartment Backpack's Stationery and each Criminology Classroom's Shoe Compartment Backpack. The number of each Counseling Room's Skiing Backpack equals 20 more than each Geography Lab's Swimming Backpack. The number of each Criminology Classroom's Shoe Compartment Backpack equals each WebEd Institute's Counseling Room. The number of each EduWeb Academy's Business Management Room equals 16 times as much as the sum of each Criminology Classroom's Racquet Backpack, each Online Academy's Geography Lab and each Racquet Backpack's Whiteboard Marker. The number of each Geography Lab's Swimming Backpack equals 13. The number of each Online Academy's Geography Lab equals 5. The number of each WebEd Institute's Counseling Room equals each Online Academy's Counseling Room. The number of each WorldWide Web University's Business Management Room equals 17 times as much as the sum of each Shoe Compartment Backpack's Watercolor Pencil and each WebEd Institute's Classroom. The number of each Racquet Backpack's Highlighter equals 22 times as much as the sum of each EduWeb Academy's Geography Lab and each Online Academy's Geography Lab. The number of each EduWeb Academy's Geography Lab equals the sum of each Shoe Compartment Backpack's Ballpoint Pen, each Online Academy's Counseling Room, each WorldWide Web University's Classroom and each WebEd Institute's Counseling Room. The number of each Criminology Classroom's Swimming Backpack equals 5. The number of each EduWeb Academy's Criminology Classroom equals 20. The number of each Shoe Compartment Backpack's Watercolor Pencil equals 6 times as much as the difference of each WebEd Institute's Backpack and each WebEd Institute's Counseling Room. The number of each Shoe Compartment Backpack's Ballpoint Pen equals 6. The number of each Racquet Backpack's Whiteboard Marker equals 1 times as much as each Criminology Classroom's Racquet Backpack. The number of each Counseling Room's Racquet Backpack equals each WebEd Institute's Classroom. The number of each Counseling Room's Swimming Backpack equals 17 times as much as each Geography Lab's Swimming Backpack. The number of each Online Academy's Counseling Room equals 16 more than each Geography Lab's Swimming Backpack. The number of each Criminology Classroom's Racquet Backpack equals 20. How many Backpack does WorldWide Web University have?
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Define Geography Lab's Swimming Backpack as s; so s = 13. Define Online Academy's Counseling Room as n; so n = 16 + s = 16 + 13 = 6. Define WebEd Institute's Counseling Room as o; so o = n = 6. Define WebEd Institute's Classroom as U; so U = o = 6. Define Counseling Room's Racquet Backpack as j; so j = U = 6. Define Counseling Room's Swimming Backpack as R; so R = 17 * s = 17 * 13 = 14. Define Counseling Room's Skiing Backpack as Z; so Z = 20 + s = 20 + 13 = 10. Define Counseling Room's Backpack as g; W = Z + R = 10 + 14 = 1; so g = W + j = 1 + 6 = 7. Define WebEd Institute's Backpack as Q; so Q = o * g = 6 * 7 = 19. Define Shoe Compartment Backpack's Watercolor Pencil as i; F = Q - o = 19 - 6 = 13; so i = 6 * F = 6 * 13 = 9. Define WorldWide Web University's Business Management Room as x; L = i + U = 9 + 6 = 15; so x = 17 * L = 17 * 15 = 2. Define Business Management Room's Backpack as a; so a = 0. Define WorldWide Web University's Backpack as N; so N = x * a = 2 * 0 = 0.
|
0
|
hard
| 16 |
798 |
The number of each Public Administration Classroom's Workout Backpack equals 6 more than each International Relations Classroom's Sports Ball Backpack. The number of each Racquet Backpack's Binder Paper equals 14 more than each Workout Backpack's Diary. The number of each International Relations Classroom's Sports Ball Backpack equals 18. The number of each Workout Backpack's Diary equals 7. The number of each Workout Backpack's Scrapbooking Paper equals 9 more than the sum of each Racquet Backpack's Binder Paper, each International Relations Classroom's Stationery and each Counseling Room's Backpack. The number of each Counseling Room's Racquet Backpack equals 15 times as much as each Workout Backpack's Diary. How many Stationery does Counseling Room have?
|
Define Workout Backpack's Diary as o; so o = 7. Define Counseling Room's Racquet Backpack as l; so l = 15 * o = 15 * 7 = 13. Define Racquet Backpack's Binder Paper as d; so d = 14 + o = 14 + 7 = 21. Define Racquet Backpack's Stationery as w; so w = d = 21. Define Counseling Room's Stationery as P; so P = l * w = 13 * 21 = 20.
|
20
|
hard
| 5 |
799 |
The number of each Badminton Court's Scholar Backpack equals 19 times as much as the sum of each Swimming Pool's Backpack, each Swimming Pool's Waterproof School Backpack and each Swimming Pool's Scholar Backpack. The number of each Table Tennis Room's School Daypack equals 9. The number of each Table Tennis Room's Scholar Backpack equals 4 times as much as the sum of each Table Tennis Room's Waterproof School Backpack, each Badminton Court's Scholar Backpack and each Badminton Court's Backpack. The number of each Badminton Court's School Daypack equals 18 times as much as the sum of each Swimming Pool's Scholar Backpack, each Swimming Pool's Backpack and each Badminton Court's Waterproof School Backpack. The number of each Badminton Court's Waterproof School Backpack equals the sum of each Swimming Pool's Waterproof School Backpack, each Swimming Pool's School Daypack and each Swimming Pool's Backpack. The number of each Swimming Pool's Waterproof School Backpack equals 19. The number of each Table Tennis Room's Waterproof School Backpack equals each Badminton Court's Backpack. The number of each Swimming Pool's School Daypack equals 0. The number of each Swimming Pool's Scholar Backpack equals 14. How many Scholar Backpack does Table Tennis Room have?
|
Define Swimming Pool's Scholar Backpack as O; so O = 14. Define Swimming Pool's Waterproof School Backpack as A; so A = 19. Define Swimming Pool's School Daypack as C; so C = 0. Define Swimming Pool's Backpack as k; i = C + A = 0 + 19 = 19; so k = i + O = 19 + 14 = 10. Define Badminton Court's Scholar Backpack as L; X = k + A = 10 + 19 = 6; x = X + O = 6 + 14 = 20; so L = 19 * x = 19 * 20 = 12. Define Badminton Court's Waterproof School Backpack as q; M = A + C = 19 + 0 = 19; so q = M + k = 19 + 10 = 6. Define Badminton Court's School Daypack as a; n = O + k = 14 + 10 = 1; Y = n + q = 1 + 6 = 7; so a = 18 * Y = 18 * 7 = 11. Define Badminton Court's Backpack as c; P = a + q = 11 + 6 = 17; so c = P + L = 17 + 12 = 6. Define Table Tennis Room's Waterproof School Backpack as m; so m = c = 6. Define Table Tennis Room's Scholar Backpack as p; t = m + L = 6 + 12 = 18; b = t + c = 18 + 6 = 1; so p = 4 * b = 4 * 1 = 4.
|
4
|
hard
| 19 |
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