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700 | The number of each Canvas Backpack's Pastel equals 8 times as much as the sum of each Virtual Scholars Academy's Psychology Lab, each Virtual Scholars Academy's Education Studies Room and each Education Studies Room's Anti-Theft Backpack. The number of each E-Learn Portal's Journalism Lab equals each Education Studies Room's Backpack. The number of each Anti-Theft Backpack's Colored Pencil equals 2. The number of each Journalism Lab's Padded Backpack equals 7 times as much as the difference of each Anti-Theft Backpack's Colored Pencil and each Padded Backpack's Pastel. The number of each Psychology Lab's Anti-Theft Backpack equals 13. The number of each StudyNet College's Psychology Lab equals 18. The number of each Education Studies Room's Anti-Theft Backpack equals each Virtual Scholars Academy's Education Studies Room. The number of each Psychology Lab's Padded Backpack equals the difference of each Canvas Backpack's Colored Pencil and each Padded Backpack's Pastel. The number of each Virtual Scholars Academy's Psychology Lab equals 16. The number of each Journalism Lab's Canvas Backpack equals 12 times as much as the difference of each Canvas Backpack's Pastel and each Education Studies Room's Anti-Theft Backpack. The number of each E-Learn Portal's Psychology Lab equals each Journalism Lab's Canvas Backpack. The number of each Virtual Scholars Academy's Education Studies Room equals 3 times as much as each Virtual Scholars Academy's Psychology Lab. The number of each Padded Backpack's Text Marker equals 22. The number of each Padded Backpack's Pastel equals 11 more than each Canvas Backpack's Colored Pencil. The number of each Canvas Backpack's Colored Pencil equals 22 times as much as each Anti-Theft Backpack's Colored Pencil. How many Classroom does E-Learn Portal have? | Define Virtual Scholars Academy's Psychology Lab as U; so U = 16. Define Virtual Scholars Academy's Education Studies Room as H; so H = 3 * U = 3 * 16 = 2. Define Virtual Scholars Academy's Stationery as BACK. Define Psychology Lab's Stationery as BACK. Define Education Studies Room's Anti-Theft Backpack as Z; so Z = H = 2. Define Canvas Backpack's Pastel as l; Y = U + H = 16 + 2 = 18; E = Y + Z = 18 + 2 = 20; so l = 8 * E = 8 * 20 = 22. Define E-Learn Portal's Classroom as BACK. Define Journalism Lab's Canvas Backpack as g; I = l - Z = 22 - 2 = 20; so g = 12 * I = 12 * 20 = 10. Define E-Learn Portal's Psychology Lab as V; so V = g = 10. Define Education Studies Room's Backpack as e; so e = Z = 2. Define Psychology Lab's Stationery as BACK. Define E-Learn Portal's Journalism Lab as u; so u = e = 2. Define StudyNet College's Backpack as BACK. Define StudyNet College's Classroom as BACK. Define Education Studies Room's Stationery as BACK. Define E-Learn Portal's Classroom as D; so D = u + V = 2 + 10 = 12. | 12 | med | 12 |
701 | The number of each Photography Studio's Carry-On Backpack equals 0. The number of each Anthropology Classroom's Ultralight Backpack equals 21. How many Backpack does Anthropology Classroom have? | Define Anthropology Classroom's Ultralight Backpack as b; so b = 21. Define Photography Studio's Backpack as BACK. Define Anthropology Classroom's Backpack as K; so K = b = 21. | 21 | med | 2 |
702 | The number of each Trout's Carpal Bones equals 5 times as much as the sum of each Trout's Radius, each Rhinoceros Pen's Goldfish and each Rhinoceros Pen's Trout. The number of each Rhinoceros Pen's Trout equals each Rhinoceros Pen's Goldfish. The number of each Rhinoceros Pen's Goldfish equals 5. The number of each Trout's Radius equals 17 more than the sum of each Rhinoceros Pen's Trout and each Rhinoceros Pen's Goldfish. How many Carpal Bones does Trout have? | Define Rhinoceros Pen's Goldfish as b; so b = 5. Define Trout's Carpal Bones as BACK. Define Rhinoceros Pen's Trout as k; so k = b = 5. Define Trout's Radius as T; y = k + b = 5 + 5 = 10; so T = 17 + y = 17 + 10 = 4. Define Trout's Bone as BACK. Define Rhinoceros Pen's Bone as BACK. Define Trout's Carpal Bones as e; z = T + b = 4 + 5 = 9; n = z + k = 9 + 5 = 14; so e = 5 * n = 5 * 14 = 1. | 1 | hard | 7 |
703 | The number of each Pharynx's Keratinocytes equals each Pancreas's Keratinocytes. The number of each Pharynx's Ligament Cells equals each Pancreas's Cells. The number of each Rectum's Fibroblasts equals each Pancreas's Endothelial Cells of Blood Vessels. The number of each Pancreas's Endothelial Cells of Blood Vessels equals 4 times as much as each Pancreas's Keratinocytes. The number of each Stomach's Ligament Cells equals 12 times as much as the sum of each Pancreas's Cells, each Pancreas's Keratinocytes and each Pancreas's Endothelial Cells of Blood Vessels. The number of each Pancreas's Keratinocytes equals 21. How many Ligament Cells does Stomach have? | Define Pancreas's Keratinocytes as c; so c = 21. Define Pharynx's Ligament Cells as BACK. Define Pancreas's Endothelial Cells of Blood Vessels as m; so m = 4 * c = 4 * 21 = 15. Define Pancreas's Cells as N; so N = c + m = 21 + 15 = 13. Define Stomach's Cells as BACK. Define Stomach's Ligament Cells as o; j = N + c = 13 + 21 = 11; G = j + m = 11 + 15 = 3; so o = 12 * G = 12 * 3 = 13. | 13 | hard | 6 |
704 | The number of each Food 4 Less's Beer equals 12. The number of each Food 4 Less's Coffee equals 8. The number of each Soy Milk's Steel-Cut Oats equals each Coffee's Rye. The number of each Soy Milk's Rye equals 16 more than each Beer's Steel-Cut Oats. The number of each Beer's Rice equals 0 more than the sum of each Soy Milk's Rice, each Coffee's Rye and each Beer's Steel-Cut Oats. The number of each Soy Milk's Rice equals 3. The number of each Beer's Rye equals 18 times as much as the difference of each Soy Milk's Rice and each Coffee's Rye. The number of each Food 4 Less's Soy Milk equals 20. The number of each Marc's's Beer equals each Food 4 Less's Ingredient. The number of each Beer's Steel-Cut Oats equals each Coffee's Rye. The number of each Coffee's Rye equals 11 times as much as each Soy Milk's Rice. The number of each Marc's's Coffee equals 7 times as much as each Beer's Rye. How many Ingredient does Beer have? | Define Soy Milk's Rice as v; so v = 3. Define Coffee's Rye as d; so d = 11 * v = 11 * 3 = 10. Define Beer's Steel-Cut Oats as X; so X = d = 10. Define Beer's Rice as a; p = v + d = 3 + 10 = 13; q = p + X = 13 + 10 = 0; so a = 0 + q = 0 + 0 = 0. Define Marc's's Product as BACK. Define Soy Milk's Ingredient as BACK. Define Beer's Rye as r; i = v - d = 3 - 10 = 16; so r = 18 * i = 18 * 16 = 12. Define Soy Milk's Ingredient as BACK. Define Beer's Ingredient as k; C = X + r = 10 + 12 = 22; so k = C + a = 22 + 0 = 22. | 22 | med | 10 |
705 | The number of each Salamander's Caudal Vertebrae 6 equals 0. The number of each Los Angeles Insectarium's Pheasant Pen equals 14. The number of each Falcon Aviary's Red Eyed Tree Frog equals 0 more than the sum of each Salamander's Caudal Vertebrae 6 and each Cleveland Insectarium's Falcon Aviary. The number of each Cleveland Insectarium's Falcon Aviary equals 5 times as much as each Salamander's Caudal Vertebrae 6. The number of each Austin Insectarium's Pigeon Loft equals 11 times as much as the sum of each Pheasant Pen's Animal and each Pigeon Loft's Salamander. The number of each Pheasant Pen's Fire Salamander equals the sum of each Fire Salamander's Caudal Vertebrae 4 and each Fire Salamander's Bone. The number of each Salamander's Caudal Vertebrae 12 equals 1. The number of each Pigeon Loft's Salamander equals 11. The number of each Fire Salamander's Caudal Vertebrae 4 equals each Pigeon Loft's Salamander. How many Salamander does Pigeon Loft have? | Define Pigeon Loft's Salamander as c; so c = 11. | 11 | med | 1 |
706 | The number of each Protein Shakes's Onion equals the difference of each Buford Highway Farmers Market's Rice Milk and each Valli Produce's Rice Milk. The number of each Buford Highway Farmers Market's Soy Milk equals 4. The number of each Buford Highway Farmers Market's Rice Milk equals 7. The number of each Valli Produce's Soy Milk equals 13. The number of each La Michoacana Meat Market's Protein Shakes equals each Valli Produce's Ingredient. The number of each Soy Milk's Onion equals each La Michoacana Meat Market's Rice Milk. The number of each La Michoacana Meat Market's Rice Milk equals 1. The number of each Valli Produce's Rice Milk equals 6 more than each Soy Milk's Ingredient. The number of each Soy Milk's Peas equals 19 more than each La Michoacana Meat Market's Rice Milk. The number of each La Michoacana Meat Market's Soy Milk equals each Buford Highway Farmers Market's Rice Milk. The number of each Buford Highway Farmers Market's Protein Shakes equals 7. How many Ingredient does Valli Produce have? | Define Soy Milk's Ingredient as BACK. Define Soy Milk's Onion as BACK. Define La Michoacana Meat Market's Rice Milk as x; so x = 1. Define Protein Shakes's Onion as BACK. Define Soy Milk's Onion as T; so T = x = 1. Define Valli Produce's Rice Milk as BACK. Define Soy Milk's Peas as L; so L = 19 + x = 19 + 1 = 20. Define Buford Highway Farmers Market's Product as BACK. Define Soy Milk's Ingredient as o; so o = T + L = 1 + 20 = 21. Define Valli Produce's Rice Milk as j; so j = 6 + o = 6 + 21 = 4. Define Rice Milk's Ingredient as z; so z = 0. Define Valli Produce's Soy Milk as n; so n = 13. Define Valli Produce's Ingredient as P; J = j * z = 4 * 0 = 0; v = n * o = 13 * 21 = 20; so P = J + v = 0 + 20 = 20. | 20 | med | 10 |
707 | The number of each Google Express's Dried Fruit equals the sum of each Art Deco District's Google Express, each Historic Downtown's Thrive Market, each Thrive Market's Product and each Sun Basket's Cookies. The number of each Historic Downtown's Sun Basket equals the difference of each Sun Basket's Cookies and each Art Deco District's Thrive Market. The number of each Art Deco District's Google Express equals 12 more than each Cultural Landscape's Amazon Fresh. The number of each Art Deco District's Thrive Market equals 15. The number of each Art Deco District's Amazon Fresh equals 9 more than each Thrive Market's Crackers. The number of each Cultural Landscape's Thrive Market equals 6. The number of each Thrive Market's Crackers equals 15 more than the sum of each Historic Downtown's Google Express, each Preservation District's Supermarket and each Preservation District's Product. The number of each Historic Downtown's Google Express equals 12. The number of each Amazon Fresh's Cheese Puffs equals each Art Deco District's Google Express. The number of each Historic Downtown's Thrive Market equals the difference of each Preservation District's Supermarket and each Historic Downtown's Google Express. The number of each Sun Basket's Dried Fruit equals 6 more than each Cultural Landscape's Supermarket. The number of each Cultural Landscape's Amazon Fresh equals 5. The number of each Sun Basket's Cookies equals 16. The number of each Amazon Fresh's Crackers equals each Thrive Market's Crackers. The number of each Amazon Fresh's Cookies equals the difference of each Google Express's Dried Fruit and each Cultural Landscape's Amazon Fresh. How many Google Express does Historic Downtown have? | Define Historic Downtown's Thrive Market as BACK. Define Historic Downtown's Product as BACK. Define Amazon Fresh's Cheese Puffs as BACK. Define Art Deco District's Amazon Fresh as BACK. Define Historic Downtown's Google Express as r; so r = 12. | 12 | med | 1 |
708 | The number of each Lion's Esophagus equals 18. The number of each Armadillo's Cardia equals the difference of each Estuary's Gorilla and each Cardia's Megakaryocytes. The number of each Benthic Zone's Lion equals each Gorilla's Stomach. The number of each Salt Marsh's Rhinoceros equals 2. The number of each Cardia's Megakaryocytes equals each Estuary's Gorilla. The number of each Stomach's Monocytes equals each Estuary's Armadillo. The number of each Gorilla's Pancreas equals 21 more than each Benthic Zone's Cells. The number of each Pancreas's Dendritic Cells equals 20 times as much as the difference of each Benthic Zone's Cells and each Benthic Zone's Lion. The number of each Salt Marsh's Lion equals the sum of each Armadillo's Cardia, each Estuary's Armadillo and each Stomach's Monocytes. The number of each Estuary's Gorilla equals 8. The number of each Estuary's Armadillo equals 11. The number of each Gorilla's Stomach equals 21 times as much as each Salt Marsh's Rhinoceros. The number of each Cardia's Erythroblasts equals 17 times as much as each Rhinoceros's Cells. How many Cells does Pancreas have? | Define Salt Marsh's Rhinoceros as f; so f = 2. Define Cardia's Erythroblasts as BACK. Define Estuary's Organs as BACK. Define Armadillo's Cells as BACK. Define Gorilla's Organs as BACK. Define Gorilla's Stomach as l; so l = 21 * f = 21 * 2 = 19. Define Benthic Zone's Lion as j; so j = l = 19. Define Cardia's Cells as BACK. Define Armadillo's Cardia as BACK. Define Estuary's Cells as BACK. Define Lion's Esophagus as r; so r = 18. Define Esophagus's Cells as q; so q = 0. Define Lion's Cells as Y; so Y = r * q = 18 * 0 = 0. Define Benthic Zone's Cells as z; so z = j * Y = 19 * 0 = 0. Define Pancreas's Dendritic Cells as s; N = z - j = 0 - 19 = 4; so s = 20 * N = 20 * 4 = 11. Define Cardia's Erythroblasts as BACK. Define Salt Marsh's Cells as BACK. Define Armadillo's Cardia as BACK. Define Armadillo's Cells as BACK. Define Stomach's Cells as BACK. Define Pancreas's Cells as x; so x = s = 11. | 11 | med | 10 |
709 | The number of each Butterfly's Jejunum equals 4 more than each Owl's Jejunum. The number of each Butterfly's Rectum equals 12 times as much as each Butterfly's Jejunum. The number of each Owl's Jejunum equals 14. The number of each Owl's Rectum equals 22. How many Organs does Butterfly have? | Define Butterfly's Rectum as BACK. Define Owl's Jejunum as b; so b = 14. Define Butterfly's Jejunum as p; so p = 4 + b = 4 + 14 = 18. Define Butterfly's Rectum as z; so z = 12 * p = 12 * 18 = 9. Define Owl's Organs as BACK. Define Butterfly's Organs as D; so D = p + z = 18 + 9 = 4. | 4 | hard | 4 |
710 | The number of each Sea Turtle's Appendix equals 14 more than each Stingray's Jejunum. The number of each Sea Turtle's Ileum equals each Sea Turtle's Duodenum. The number of each Stingray's Jejunum equals each Sea Turtle's Duodenum. The number of each Manatee's Duodenum equals 21. The number of each Lobster's Ileum equals each Sea Turtle's Organs. The number of each Sea Turtle's Duodenum equals each Manatee's Duodenum. The number of each Stingray's Ileum equals 14 times as much as each Lobster's Ileum. The number of each Lobster's Duodenum equals 7 more than the sum of each Lobster's Ileum and each Sea Turtle's Duodenum. The number of each Stingray's Appendix equals 6. How many Organs does Lobster have? | Define Sea Turtle's Appendix as BACK. Define Sea Turtle's Duodenum as BACK. Define Stingray's Ileum as BACK. Define Lobster's Organs as BACK. Define Sea Turtle's Organs as BACK. Define Manatee's Duodenum as v; so v = 21. Define Sea Turtle's Duodenum as p; so p = v = 21. Define Lobster's Duodenum as BACK. Define Stingray's Ileum as BACK. Define Stingray's Jejunum as y; so y = p = 21. Define Sea Turtle's Appendix as w; so w = 14 + y = 14 + 21 = 12. Define Stingray's Ileum as BACK. Define Lobster's Duodenum as BACK. Define Sea Turtle's Organs as BACK. Define Sea Turtle's Ileum as B; so B = p = 21. Define Lobster's Organs as BACK. Define Sea Turtle's Organs as x; H = p + B = 21 + 21 = 19; so x = H + w = 19 + 12 = 8. Define Lobster's Duodenum as BACK. Define Lobster's Ileum as a; so a = x = 8. Define Lobster's Duodenum as G; s = a + p = 8 + 21 = 6; so G = 7 + s = 7 + 6 = 13. Define Stingray's Organs as BACK. Define Lobster's Organs as W; so W = G + a = 13 + 8 = 21. | 21 | med | 11 |
711 | The number of each Ventilated Backpack's Easel equals 9 more than each Fitness Backpack's Stencil. The number of each Fitness Backpack's Stencil equals 19. The number of each Crossfit Backpack's Embossing Powder equals each Fitness Backpack's Stencil. The number of each Crossfit Backpack's Modelling Tools equals 13 more than each Hydration Backpack's Embossing Powder. The number of each Ventilated Backpack's Modelling Tools equals 10. The number of each Crossfit Backpack's Stencil equals each Hydration Backpack's Stencil. The number of each Hydration Backpack's Modelling Tools equals 20. The number of each Hydration Backpack's Embossing Powder equals 3 more than each Ventilated Backpack's Stencil. The number of each Hydration Backpack's Easel equals each Crossfit Backpack's Stencil. The number of each Hydration Backpack's Stencil equals the difference of each Crossfit Backpack's Modelling Tools and each Hydration Backpack's Embossing Powder. The number of each Fitness Backpack's Easel equals each Fitness Backpack's Modelling Tools. The number of each Crossfit Backpack's Easel equals 15 more than the sum of each Fitness Backpack's Easel and each Fitness Backpack's Modelling Tools. The number of each Ventilated Backpack's Embossing Powder equals the sum of each Hydration Backpack's Stationery, each Fitness Backpack's Easel and each Hydration Backpack's Modelling Tools. The number of each Ventilated Backpack's Stencil equals 17. The number of each Fitness Backpack's Modelling Tools equals each Crossfit Backpack's Embossing Powder. How many Stencil does Ventilated Backpack have? | Define Crossfit Backpack's Embossing Powder as BACK. Define Hydration Backpack's Stationery as BACK. Define Ventilated Backpack's Stencil as F; so F = 17. | 17 | med | 1 |
712 | The number of each Physical Chemistry Lab's Fashion School Backpack equals 20. The number of each Fashion School Backpack's Clip Board equals 16. The number of each WebWorld Institute's Physical Chemistry Lab equals 13 times as much as each WebWorld Institute's Computer Science Lab. The number of each Physical Chemistry Lab's Organizer Backpack equals each EduWeb Academy's Stationery. The number of each Canvas Backpack's Document Box equals each Fashion School Backpack's Clip Board. The number of each WebWorld Institute's Computer Science Lab equals 14. The number of each Computer Science Lab's Canvas Backpack equals 3. The number of each Physical Chemistry Lab's Anti-Theft Backpack equals 14 more than each Digital Scholars's Backpack. The number of each Digital Scholars's Chemistry Lab equals each Earth Science Lab's Stationery. The number of each EduWeb Academy's Earth Science Lab equals 15. The number of each Canvas Backpack's Receipt Organizer equals each EduWeb Academy's Earth Science Lab. The number of each Anti-Theft Backpack's Envelope Folder equals each WebWorld Institute's Physical Chemistry Lab. How many Classroom does WebWorld Institute have? | Define Anti-Theft Backpack's Stationery as BACK. Define WebWorld Institute's Computer Science Lab as O; so O = 14. Define WebWorld Institute's Backpack as BACK. Define EduWeb Academy's Stationery as BACK. Define EduWeb Academy's Classroom as BACK. Define Digital Scholars's Chemistry Lab as BACK. Define EduWeb Academy's Backpack as BACK. Define Physical Chemistry Lab's Organizer Backpack as BACK. Define WebWorld Institute's Physical Chemistry Lab as g; so g = 13 * O = 13 * 14 = 21. Define WebWorld Institute's Classroom as X; so X = g + O = 21 + 14 = 12. | 12 | med | 3 |
713 | The number of each Endothelium's Skeletal Muscle Cells equals 21. The number of each Endothelium's Papillary Muscle Cells equals 7 times as much as each Endothelium's Skeletal Muscle Cells. The number of each Coronary Arteries's Myoepithelial Cells equals the sum of each Endothelium's Papillary Muscle Cells and each Bald Eagle's Coronary Arteries. The number of each Pulmonary Arteries's Skeletal Muscle Cells equals 7. The number of each Endothelium's Myoepithelial Cells equals each Coronary Arteries's Papillary Muscle Cells. The number of each Bald Eagle's Pulmonary Arteries equals each Pulmonary Arteries's Papillary Muscle Cells. The number of each Chambers of the Heart's Myoepithelial Cells equals the sum of each Peregrine Falcon's Pulmonary Arteries, each Chambers of the Heart's Skeletal Muscle Cells, each Coronary Arteries's Papillary Muscle Cells and each Pulmonary Arteries's Papillary Muscle Cells. The number of each Peregrine Falcon's Endothelium equals 1 more than the difference of each Coronary Arteries's Papillary Muscle Cells and each Stork's Coronary Arteries. The number of each Coronary Arteries's Papillary Muscle Cells equals 12. The number of each Stork's Coronary Arteries equals each Endothelium's Papillary Muscle Cells. The number of each Peregrine Falcon's Coronary Arteries equals 11 more than the sum of each Endothelium's Papillary Muscle Cells and each Peregrine Falcon's Pulmonary Arteries. The number of each Stork's Chambers of the Heart equals each Peregrine Falcon's Chambers of the Heart. The number of each Coronary Arteries's Skeletal Muscle Cells equals 4 times as much as the difference of each Stork's Coronary Arteries and each Endothelium's Skeletal Muscle Cells. The number of each Bald Eagle's Chambers of the Heart equals 3 times as much as the sum of each Coronary Arteries's Papillary Muscle Cells, each Peregrine Falcon's Endothelium and each Stork's Coronary Arteries. The number of each Peregrine Falcon's Chambers of the Heart equals each Pulmonary Arteries's Papillary Muscle Cells. The number of each Peregrine Falcon's Pulmonary Arteries equals the difference of each Pulmonary Arteries's Papillary Muscle Cells and each Chambers of the Heart's Skeletal Muscle Cells. The number of each Bald Eagle's Coronary Arteries equals each Coronary Arteries's Papillary Muscle Cells. The number of each Pulmonary Arteries's Myoepithelial Cells equals 2. The number of each Pulmonary Arteries's Papillary Muscle Cells equals each Chambers of the Heart's Skeletal Muscle Cells. The number of each Bald Eagle's Endothelium equals each Coronary Arteries's Papillary Muscle Cells. The number of each Chambers of the Heart's Skeletal Muscle Cells equals 0 more than each Coronary Arteries's Papillary Muscle Cells. The number of each Stork's Endothelium equals 16. How many Skeletal Muscle Cells does Endothelium have? | Define Bald Eagle's Cells as BACK. Define Endothelium's Skeletal Muscle Cells as j; so j = 21. | 21 | hard | 1 |
714 | The number of each Westridge Elementary's Robotics Lab equals each Gaming Backpack's Paper Clip. The number of each First Aid Backpack's Paper Clip equals each Gaming Backpack's Ruler. The number of each Gaming Backpack's Ruler equals 19. The number of each Thermodynamics Lab's Gaming Backpack equals 7 more than the difference of each Forest Glen Primary's Stationery and each Robotics Lab's Backpack. The number of each Westridge Elementary's Thermodynamics Lab equals 6 more than each Gaming Backpack's Paper Clip. The number of each Thermodynamics Lab's First Aid Backpack equals each Forest Glen Primary's Backpack. The number of each Gaming Backpack's Paper Clip equals 9. The number of each River Valley Elementary's Robotics Lab equals each Westridge Elementary's Thermodynamics Lab. How many Paper Clip does First Aid Backpack have? | Define Gaming Backpack's Ruler as G; so G = 19. Define Thermodynamics Lab's Stationery as BACK. Define Westridge Elementary's Classroom as BACK. Define Gaming Backpack's Stationery as BACK. Define First Aid Backpack's Paper Clip as p; so p = G = 19. | 19 | med | 2 |
715 | The number of each Graphic Design Studio's Surfing Backpack equals 20 times as much as the sum of each Meadowland College's Classroom and each Meadowland College's Graphic Design Studio. The number of each Pine Valley College's Cultural Studies Classroom equals the difference of each Graphic Design Studio's Backpack and each Meadowland College's Backpack. The number of each Cultural Studies Classroom's Surfing Backpack equals each Graphic Design Studio's Backpack. The number of each Meadowland College's Graphic Design Studio equals 14. The number of each Cultural Studies Classroom's Racquet Backpack equals the difference of each Meadowland College's Backpack and each Cultural Studies Classroom's Surfing Backpack. How many Backpack does Graphic Design Studio have? | Define Graphic Design Studio's Backpack as BACK. Define Meadowland College's Graphic Design Studio as P; so P = 14. Define Meadowland College's Classroom as O; so O = P = 14. Define Pine Valley College's Backpack as BACK. Define Cultural Studies Classroom's Racquet Backpack as BACK. Define Graphic Design Studio's Surfing Backpack as K; l = O + P = 14 + 14 = 5; so K = 20 * l = 20 * 5 = 8. Define Pine Valley College's Classroom as BACK. Define Meadowland College's Backpack as BACK. Define Graphic Design Studio's Backpack as h; so h = K = 8. | 8 | med | 5 |
716 | The number of each Ripley's Aquarium of Canada's Swan Lake equals 20 more than each Ripley's Aquarium of Canada's Vulture Valley. The number of each Bearded Dragon's Radius equals each Swan Lake's Iguana. The number of each Vulture Valley's Iguana equals the sum of each Georgia Aquarium's Swan Lake, each Ripley's Aquarium of Canada's Vulture Valley, each Bearded Dragon's Radius and each Swan Lake's Iguana. The number of each Swan Lake's Bearded Dragon equals 21. The number of each Swan Lake's Frilled Lizard equals each Swan Lake's Iguana. The number of each Vulture Valley's Bearded Dragon equals the difference of each Iguana's Bone and each Iguana's Radius. The number of each Georgia Aquarium's Vulture Valley equals 10 more than the sum of each Bearded Dragon's Coffin Bone, each Swan Lake's Iguana and each Ripley's Aquarium of Canada's Vulture Valley. The number of each Georgia Aquarium's Swan Lake equals 2. The number of each Frilled Lizard's Coffin Bone equals 10 times as much as each Vulture Valley's Bearded Dragon. The number of each Iguana's Radius equals 16. The number of each Frilled Lizard's Radius equals 16 more than each Ripley's Aquarium of Canada's Swan Lake. The number of each Bearded Dragon's Coffin Bone equals each Bearded Dragon's Radius. The number of each Swan Lake's Iguana equals 9. The number of each Ripley's Aquarium of Canada's Vulture Valley equals each Bearded Dragon's Radius. The number of each Iguana's Fetlock equals 11. How many Bearded Dragon does Vulture Valley have? | Define Vulture Valley's Bone as BACK. Define Iguana's Radius as M; so M = 16. Define Ripley's Aquarium of Canada's Swan Lake as BACK. Define Iguana's Fetlock as T; so T = 11. Define Iguana's Bone as H; so H = M + T = 16 + 11 = 4. Define Vulture Valley's Bearded Dragon as s; so s = H - M = 4 - 16 = 11. | 11 | med | 4 |
717 | The number of each Stick Insect Forest's Falcon equals each Stick Insect Forest's Flamingo. The number of each Mantis Habitat's Falcon equals 3 more than each Honeybee Hive's Falcon. The number of each Honeybee Hive's Flamingo equals 11 more than the difference of each Stick Insect Forest's Falcon and each Stick Insect Forest's Flamingo. The number of each Stick Insect Forest's Flamingo equals the difference of each Mantis Habitat's Falcon and each Honeybee Hive's Falcon. The number of each Honeybee Hive's Hawk equals 21 times as much as the sum of each Honeybee Hive's Flamingo, each Stick Insect Forest's Falcon and each Mantis Habitat's Falcon. The number of each Honeybee Hive's Falcon equals 15. How many Hawk does Honeybee Hive have? | Define Honeybee Hive's Falcon as s; so s = 15. Define Stick Insect Forest's Flamingo as BACK. Define Mantis Habitat's Falcon as t; so t = 3 + s = 3 + 15 = 18. Define Honeybee Hive's Animal as BACK. Define Stick Insect Forest's Flamingo as Q; so Q = t - s = 18 - 15 = 3. Define Honeybee Hive's Hawk as BACK. Define Stick Insect Forest's Animal as BACK. Define Stick Insect Forest's Falcon as O; so O = Q = 3. Define Honeybee Hive's Animal as BACK. Define Honeybee Hive's Flamingo as C; j = O - Q = 3 - 3 = 0; so C = 11 + j = 11 + 0 = 11. Define Honeybee Hive's Animal as BACK. Define Honeybee Hive's Hawk as c; W = C + O = 11 + 3 = 14; e = W + t = 14 + 18 = 9; so c = 21 * e = 21 * 9 = 5. | 5 | med | 9 |
718 | The number of each Public Administration Classroom's Ventilated Backpack equals 10 times as much as each Yoga Mat Backpack's Fineliner. The number of each Ventilated Backpack's Fineliner equals 1. The number of each Yoga Mat Backpack's Fineliner equals each Yoga Mat Backpack's Watercolor Pencil. The number of each Ventilated Backpack's Watercolor Pencil equals 10 times as much as the sum of each Pine Valley College's Public Administration Classroom and each Public Administration Classroom's Yoga Mat Backpack. The number of each Economics Classroom's Ventilated Backpack equals 7 more than the sum of each Yoga Mat Backpack's Fineliner and each Public Administration Classroom's Backpack. The number of each Pine Valley College's Economics Classroom equals each Yoga Mat Backpack's Stationery. The number of each Yoga Mat Backpack's Watercolor Pencil equals 5. The number of each Metropolis Community College's Economics Classroom equals 4. The number of each Metropolis Community College's Public Administration Classroom equals 14 more than each Public Administration Classroom's Ventilated Backpack. The number of each Public Administration Classroom's Yoga Mat Backpack equals 4. The number of each Economics Classroom's Yoga Mat Backpack equals 5 more than each Ventilated Backpack's Fineliner. The number of each Pine Valley College's Public Administration Classroom equals each Pine Valley College's Economics Classroom. How many Economics Classroom does Pine Valley College have? | Define Metropolis Community College's Stationery as BACK. Define Yoga Mat Backpack's Watercolor Pencil as l; so l = 5. Define Yoga Mat Backpack's Fineliner as E; so E = l = 5. Define Economics Classroom's Stationery as BACK. Define Metropolis Community College's Public Administration Classroom as BACK. Define Metropolis Community College's Stationery as BACK. Define Pine Valley College's Backpack as BACK. Define Yoga Mat Backpack's Stationery as e; so e = E + l = 5 + 5 = 10. Define Pine Valley College's Stationery as BACK. Define Economics Classroom's Ventilated Backpack as BACK. Define Public Administration Classroom's Stationery as BACK. Define Economics Classroom's Stationery as BACK. Define Pine Valley College's Economics Classroom as x; so x = e = 10. | 10 | med | 4 |
719 | The number of each Forest Glen Primary's Rock Climbing Wall equals each Forest Glen Primary's Martial Arts Dojo. The number of each Gymnasium's Laptop Backpack equals 16. The number of each Rock Climbing Wall's Athletic Backpack equals 22 more than each Forest Glen Primary's Gymnasium. The number of each Sunset Primary's Archery Range equals 9 times as much as each Sunset Primary's Martial Arts Dojo. The number of each Sunset Primary's Martial Arts Dojo equals 21 times as much as the sum of each Martial Arts Dojo's Two-Strap Backpack, each Gymnasium's Waterproof School Backpack and each Rock Climbing Wall's Waterproof School Backpack. The number of each Pine Ridge Elementary's Martial Arts Dojo equals 15. The number of each Archery Range's Two-Strap Backpack equals 12 more than the sum of each Sunset Primary's Archery Range, each Sunset Primary's Martial Arts Dojo and each Martial Arts Dojo's Two-Strap Backpack. The number of each Mountain Peak Elementary's Gymnasium equals 14. The number of each Pine Ridge Elementary's Gymnasium equals 20. The number of each Martial Arts Dojo's Waterproof School Backpack equals each Gymnasium's Waterproof School Backpack. The number of each Mountain Peak Elementary's Rock Climbing Wall equals 14. The number of each Martial Arts Dojo's Athletic Backpack equals 8 times as much as each Mountain Peak Elementary's Gymnasium. The number of each Rock Climbing Wall's Laptop Backpack equals 17 more than each Forest Glen Primary's Martial Arts Dojo. The number of each Pine Ridge Elementary's Archery Range equals 5. The number of each Rock Climbing Wall's Waterproof School Backpack equals each Gymnasium's Waterproof School Backpack. The number of each Martial Arts Dojo's Two-Strap Backpack equals 9 times as much as the difference of each Rock Climbing Wall's Waterproof School Backpack and each Gymnasium's Waterproof School Backpack. The number of each Forest Glen Primary's Archery Range equals the sum of each Martial Arts Dojo's Athletic Backpack, each Pine Ridge Elementary's Martial Arts Dojo and each Gymnasium's Laptop Backpack. The number of each Archery Range's Athletic Backpack equals each Gymnasium's Backpack. The number of each Forest Glen Primary's Martial Arts Dojo equals 1 more than the sum of each Archery Range's Two-Strap Backpack and each Gymnasium's Waterproof School Backpack. The number of each Gymnasium's Waterproof School Backpack equals 15. The number of each Forest Glen Primary's Gymnasium equals 21 more than each Forest Glen Primary's Martial Arts Dojo. The number of each Martial Arts Dojo's Laptop Backpack equals the difference of each Gymnasium's Laptop Backpack and each Mountain Peak Elementary's Gymnasium. The number of each Sunset Primary's Rock Climbing Wall equals the difference of each Martial Arts Dojo's Athletic Backpack and each Mountain Peak Elementary's Gymnasium. How many Athletic Backpack does Rock Climbing Wall have? | Define Gymnasium's Waterproof School Backpack as f; so f = 15. Define Forest Glen Primary's Rock Climbing Wall as BACK. Define Forest Glen Primary's Archery Range as BACK. Define Rock Climbing Wall's Waterproof School Backpack as j; so j = f = 15. Define Pine Ridge Elementary's Classroom as BACK. Define Martial Arts Dojo's Two-Strap Backpack as a; e = j - f = 15 - 15 = 0; so a = 9 * e = 9 * 0 = 0. Define Sunset Primary's Rock Climbing Wall as BACK. Define Sunset Primary's Martial Arts Dojo as V; Q = a + f = 0 + 15 = 15; s = Q + j = 15 + 15 = 7; so V = 21 * s = 21 * 7 = 9. Define Sunset Primary's Archery Range as T; so T = 9 * V = 9 * 9 = 12. Define Martial Arts Dojo's Athletic Backpack as BACK. Define Rock Climbing Wall's Laptop Backpack as BACK. Define Archery Range's Two-Strap Backpack as X; w = T + V = 12 + 9 = 21; A = w + a = 21 + 0 = 21; so X = 12 + A = 12 + 21 = 10. Define Forest Glen Primary's Martial Arts Dojo as m; N = X + f = 10 + 15 = 2; so m = 1 + N = 1 + 2 = 3. Define Forest Glen Primary's Gymnasium as J; so J = 21 + m = 21 + 3 = 1. Define Rock Climbing Wall's Athletic Backpack as v; so v = 22 + J = 22 + 1 = 0. | 0 | hard | 15 |
720 | The number of each H Mart's Tortilla Chips equals 14. The number of each Tortilla Chips's Cucumber equals each Superior Grocers's Ingredient. The number of each Superior Grocers's Dried Fruit equals 6. The number of each Trail Mix's Cabbage equals 1. The number of each 99 Ranch Market's Granola Bars equals 17. The number of each Trail Mix's Eggplant equals 13. The number of each 99 Ranch Market's Tortilla Chips equals 3. The number of each H Mart's Dried Fruit equals 16. The number of each Trail Mix's Cucumber equals 1 more than the sum of each 99 Ranch Market's Granola Bars, each H Mart's Tortilla Chips and each Trail Mix's Eggplant. The number of each Tortilla Chips's Cabbage equals 20 more than each 99 Ranch Market's Granola Bars. The number of each Tortilla Chips's Eggplant equals 0. The number of each Granola Bars's Cabbage equals the difference of each Trail Mix's Cucumber and each Trail Mix's Cabbage. The number of each 99 Ranch Market's Dried Fruit equals each Trail Mix's Cucumber. The number of each Granola Bars's Cucumber equals each 99 Ranch Market's Dried Fruit. The number of each 99 Ranch Market's Trail Mix equals 21 times as much as the sum of each Superior Grocers's Dried Fruit and each Granola Bars's Cucumber. The number of each H Mart's Granola Bars equals 17. How many Cucumber does Tortilla Chips have? | Define Tortilla Chips's Cabbage as BACK. Define 99 Ranch Market's Ingredient as BACK. Define Superior Grocers's Product as BACK. Define Superior Grocers's Dried Fruit as u; so u = 6. Define H Mart's Ingredient as BACK. Define Dried Fruit's Ingredient as g; so g = 0. Define Trail Mix's Ingredient as BACK. Define Granola Bars's Cucumber as BACK. Define H Mart's Product as BACK. Define Superior Grocers's Ingredient as c; so c = u * g = 6 * 0 = 0. Define Trail Mix's Cucumber as BACK. Define Tortilla Chips's Ingredient as BACK. Define 99 Ranch Market's Dried Fruit as BACK. Define Trail Mix's Ingredient as BACK. Define Tortilla Chips's Cucumber as J; so J = c = 0. | 0 | med | 4 |
721 | The number of each Zoo Miami's Pelican Pier equals the difference of each Philadelphia Zoo's Falcon Aviary and each Philadelphia Zoo's Swan Lake. The number of each Philadelphia Zoo's Condor Cliff equals 1 times as much as each Cincinnati Zoo's Enclosure. The number of each Philadelphia Zoo's Swan Lake equals 5. The number of each Philadelphia Zoo's Falcon Aviary equals each Philadelphia Zoo's Swan Lake. The number of each Cincinnati Zoo's Falcon Aviary equals 18 more than each Zoo Miami's Enclosure. The number of each Cincinnati Zoo's Swan Lake equals 3. The number of each Cincinnati Zoo's Condor Cliff equals 16 more than each Zoo Miami's Condor Cliff. The number of each Zoo Miami's Falcon Aviary equals each Zoo Miami's Pelican Pier. The number of each Cincinnati Zoo's Pelican Pier equals 10 more than each Cincinnati Zoo's Condor Cliff. The number of each Zoo Miami's Condor Cliff equals 4 more than each Philadelphia Zoo's Swan Lake. How many Condor Cliff does Philadelphia Zoo have? | Define Philadelphia Zoo's Swan Lake as s; so s = 5. Define Philadelphia Zoo's Falcon Aviary as H; so H = s = 5. Define Cincinnati Zoo's Enclosure as BACK. Define Zoo Miami's Pelican Pier as u; so u = H - s = 5 - 5 = 0. Define Zoo Miami's Enclosure as BACK. Define Zoo Miami's Condor Cliff as c; so c = 4 + s = 4 + 5 = 9. Define Cincinnati Zoo's Enclosure as BACK. Define Zoo Miami's Falcon Aviary as i; so i = u = 0. Define Zoo Miami's Enclosure as l; W = i + c = 0 + 9 = 9; so l = W + u = 9 + 0 = 9. Define Cincinnati Zoo's Enclosure as BACK. Define Philadelphia Zoo's Enclosure as BACK. Define Cincinnati Zoo's Falcon Aviary as P; so P = 18 + l = 18 + 9 = 4. Define Cincinnati Zoo's Condor Cliff as z; so z = 16 + c = 16 + 9 = 2. Define Cincinnati Zoo's Enclosure as BACK. Define Cincinnati Zoo's Pelican Pier as k; so k = 10 + z = 10 + 2 = 12. Define Cincinnati Zoo's Swan Lake as x; so x = 3. Define Cincinnati Zoo's Enclosure as F; q = P + x = 4 + 3 = 7; t = q + z = 7 + 2 = 9; so F = t + k = 9 + 12 = 21. Define Philadelphia Zoo's Enclosure as BACK. Define Philadelphia Zoo's Condor Cliff as J; so J = 1 * F = 1 * 21 = 21. | 21 | hard | 15 |
722 | The number of each NetEdge College's Economics Classroom equals 22 more than the sum of each Beach Backpack's Ink Refill, each Business Management Room's Fishing Backpack and each EduWeb Academy's Economics Classroom. The number of each Human Development Classroom's Astronomy Gear Backpack equals the sum of each Business Management Room's Backpack, each Astronomy Gear Backpack's Stationery, each Economics Classroom's Stationery and each Business Management Room's Beach Backpack. The number of each Business Management Room's Fishing Backpack equals 16 more than each Fishing Backpack's Ruler. The number of each Human Development Classroom's Fishing Backpack equals 0. The number of each EduWeb Academy's Economics Classroom equals each Fishing Backpack's Ruler. The number of each Digital Scholars's Human Development Classroom equals 19. The number of each Astronomy Gear Backpack's Ink Refill equals the sum of each Economics Classroom's Stationery, each Astronomy Gear Backpack's Glue Stick and each Economics Classroom's Backpack. The number of each Beach Backpack's Ink Refill equals the sum of each Human Development Classroom's Fishing Backpack and each Economics Classroom's Stationery. The number of each Beach Backpack's Glue Stick equals each Economics Classroom's Backpack. The number of each Astronomy Gear Backpack's Glue Stick equals the sum of each Economics Classroom's Stationery, each Fishing Backpack's Stationery, each Business Management Room's Fishing Backpack and each Human Development Classroom's Fishing Backpack. The number of each EduWeb Academy's Business Management Room equals the sum of each Astronomy Gear Backpack's Glue Stick and each Fishing Backpack's Ruler. The number of each Fishing Backpack's Ruler equals 10. The number of each Business Management Room's Beach Backpack equals 4 more than the difference of each Fishing Backpack's Ruler and each Business Management Room's Fishing Backpack. The number of each Beach Backpack's Envelope equals each Business Management Room's Fishing Backpack. How many Fishing Backpack does Human Development Classroom have? | Define Human Development Classroom's Fishing Backpack as P; so P = 0. | 0 | med | 1 |
723 | The number of each Crustacean Cove's Goldfish equals 13. The number of each Sealion Show Pool's Cod equals 10. The number of each Manatee Mangrove's Cod equals 19. The number of each Crustacean Cove's Eel equals 10. The number of each Sealion Show Pool's Eel equals 21. How many Cod does Manatee Mangrove have? | Define Manatee Mangrove's Cod as k; so k = 19. | 19 | hard | 1 |
724 | The number of each Sour Cream's Kale equals 12 more than the sum of each Sour Cream's Sweet Corn, each Cheese's Ingredient and each Cheese's Kale. The number of each Cheese's Eggplant equals 0. The number of each Sour Cream's Eggplant equals 12 more than each Cheese's Eggplant. The number of each Sour Cream's Sweet Corn equals 20 more than the sum of each Cheese's Ingredient, each Cheese's Eggplant and each Cheese's Kale. The number of each Cheese's Kale equals each Cheese's Eggplant. How many Ingredient does Sour Cream have? | Define Cheese's Eggplant as S; so S = 0. Define Sour Cream's Sweet Corn as BACK. Define Cheese's Kale as g; so g = S = 0. Define Sour Cream's Kale as BACK. Define Sour Cream's Ingredient as BACK. Define Sour Cream's Sweet Corn as BACK. Define Cheese's Ingredient as M; so M = g + S = 0 + 0 = 0. Define Sour Cream's Kale as BACK. Define Sour Cream's Ingredient as BACK. Define Sour Cream's Sweet Corn as P; Z = M + S = 0 + 0 = 0; q = Z + g = 0 + 0 = 0; so P = 20 + q = 20 + 0 = 20. Define Sour Cream's Ingredient as BACK. Define Sour Cream's Kale as m; J = P + M = 20 + 0 = 20; z = J + g = 20 + 0 = 20; so m = 12 + z = 12 + 20 = 9. Define Sour Cream's Ingredient as BACK. Define Sour Cream's Eggplant as w; so w = 12 + S = 12 + 0 = 12. Define Sour Cream's Ingredient as y; f = m + w = 9 + 12 = 21; so y = f + P = 21 + 20 = 18. | 18 | hard | 12 |
725 | The number of each Camping Backpack's Calendar equals 3. The number of each Computer Engineering Lab's Camping Backpack equals each Camping Backpack's Calendar. The number of each Thermodynamics Lab's Camping Backpack equals 5. The number of each Duffle Backpack's Box File equals each Computer Engineering Lab's Camping Backpack. The number of each Computer Engineering Lab's Expedition Pack equals 16 more than each Expedition Pack's Calendar. The number of each Expedition Pack's Calendar equals 3 more than each Duffle Backpack's Accordion File. The number of each Duffle Backpack's Accordion File equals 8 more than each Expedition Pack's Box File. The number of each Structural Engineering Lab's Camping Backpack equals the difference of each Duffle Backpack's Accordion File and each Expedition Pack's Calendar. The number of each Duffle Backpack's Calendar equals 12. The number of each Structural Engineering Lab's Duffle Backpack equals the sum of each Camping Backpack's Calendar, each Computer Engineering Lab's Camping Backpack, each Duffle Backpack's Box File and each Thermodynamics Lab's Camping Backpack. The number of each Thermodynamics Lab's Expedition Pack equals each Computer Engineering Lab's Camping Backpack. The number of each Expedition Pack's Box File equals 13. How many Stationery does Expedition Pack have? | Define Camping Backpack's Stationery as BACK. Define Thermodynamics Lab's Stationery as BACK. Define Computer Engineering Lab's Backpack as BACK. Define Computer Engineering Lab's Expedition Pack as BACK. Define Expedition Pack's Box File as K; so K = 13. Define Duffle Backpack's Accordion File as e; so e = 8 + K = 8 + 13 = 21. Define Duffle Backpack's Box File as BACK. Define Expedition Pack's Calendar as k; so k = 3 + e = 3 + 21 = 1. Define Duffle Backpack's Stationery as BACK. Define Expedition Pack's Stationery as z; so z = K + k = 13 + 1 = 14. | 14 | hard | 4 |
726 | The number of each Gardens by the Bay in Singapore's Kingfisher equals 10. The number of each Cerebellum's Hemocytoblasts equals 22. The number of each Amygdala's Hemocytoblasts equals 16 times as much as the sum of each Hyde Park in London's Kingfisher, each Condor's Cerebellum and each Gardens by the Bay in Singapore's Creatures. The number of each Hyde Park in London's Condor equals 2 more than each Cerebellum's Megakaryocytes. The number of each Kingfisher's Amygdala equals each Condor's Amygdala. The number of each Condor's Amygdala equals 18 more than the sum of each Condor's Cerebellum, each Gardens by the Bay in Singapore's Condor and each Gardens by the Bay in Singapore's Creatures. The number of each Kingfisher's Cerebellum equals 4 times as much as the difference of each Hyde Park in London's Kingfisher and each Gardens by the Bay in Singapore's Kingfisher. The number of each Amygdala's Megakaryocytes equals the difference of each Gardens by the Bay in Singapore's Creatures and each Gardens by the Bay in Singapore's Kingfisher. The number of each Hyde Park in London's Kingfisher equals 8 more than the difference of each Gardens by the Bay in Singapore's Kingfisher and each Cerebellum's Megakaryocytes. The number of each Gardens by the Bay in Singapore's Condor equals 2. The number of each Cerebellum's Megakaryocytes equals each Gardens by the Bay in Singapore's Kingfisher. The number of each Condor's Cerebellum equals 8 more than each Gardens by the Bay in Singapore's Condor. How many Cerebellum does Condor have? | Define Amygdala's Megakaryocytes as BACK. Define Gardens by the Bay in Singapore's Condor as H; so H = 2. Define Hyde Park in London's Organs as BACK. Define Condor's Cerebellum as N; so N = 8 + H = 8 + 2 = 10. | 10 | med | 2 |
727 | The number of each Vocational School District's Deliveroo equals each Residential College District's Product. The number of each Vocational School District's Jet equals the difference of each Deliveroo's Product and each Preparatory School District's Product. The number of each Jet's Parmesan Cheese equals the sum of each Residential College District's Product and each Vocational School District's Jet. The number of each Preparatory School District's Deliveroo equals 18. The number of each Jet's Goat Cheese equals 15 more than each Preparatory School District's Deliveroo. How many Goat Cheese does Jet have? | Define Vocational School District's Product as BACK. Define Vocational School District's Deliveroo as BACK. Define Preparatory School District's Deliveroo as D; so D = 18. Define Vocational School District's Product as BACK. Define Jet's Goat Cheese as Y; so Y = 15 + D = 15 + 18 = 10. | 10 | med | 2 |
728 | The number of each Online Academy's Tennis Court equals each DigitalEd School's Tennis Court. The number of each Tennis Court's Ventilated Backpack equals the sum of each DigitalEd School's Classroom, each Online Academy's Yoga Studio, each Yoga Studio's Backpack and each Yoga Studio's Ventilated Backpack. The number of each Yoga Studio's Ventilated Backpack equals 15 more than each Yoga Studio's Climbing Backpack. The number of each Yoga Studio's Climbing Backpack equals 15. The number of each DigitalEd School's Yoga Studio equals 19 times as much as each Online Academy's Yoga Studio. The number of each DigitalEd School's Tennis Court equals 7 more than the sum of each Online Academy's Yoga Studio and each DigitalEd School's Yoga Studio. The number of each Tennis Court's Climbing Backpack equals each Yoga Studio's Climbing Backpack. The number of each Online Academy's Yoga Studio equals 10. How many Climbing Backpack does Yoga Studio have? | Define Yoga Studio's Climbing Backpack as I; so I = 15. | 15 | hard | 1 |
729 | The number of each Primate House's Cheetah equals 10 times as much as each Primate House's Squirrel. The number of each Primate House's Squirrel equals the difference of each Elephant Habitat's Cheetah and each Elephant Habitat's Animal. The number of each Elephant Habitat's Squirrel equals 14. The number of each Cheetah's Ulna equals 8. The number of each Squirrel's Middle Phalanges equals 20 times as much as each Cheetah's Ulna. The number of each Elephant Habitat's Cheetah equals 19 more than each Elephant Habitat's Squirrel. The number of each Cheetah's Middle Phalanges equals 16 times as much as the sum of each Elephant Habitat's Cheetah, each Squirrel's Ulna and each Elephant Habitat's Animal. The number of each Squirrel's Ulna equals each Primate House's Animal. How many Animal does Elephant Habitat have? | Define Primate House's Cheetah as BACK. Define Elephant Habitat's Squirrel as l; so l = 14. Define Elephant Habitat's Cheetah as T; so T = 19 + l = 19 + 14 = 10. Define Elephant Habitat's Animal as W; so W = l + T = 14 + 10 = 1. | 1 | med | 3 |
730 | The number of each Pegasus's Wrist Joint equals each Wrist Joint's Basophils. The number of each Knee Joint's Basophils equals 9 times as much as the difference of each Temperate Evergreen Forest's Pegasus and each Mixed Forest's Dragon. The number of each Pelvis's Macrophages equals the sum of each Temperate Evergreen Forest's Leprechaun, each Temperate Evergreen Forest's Pegasus, each Pelvis's Lymphocytes and each Mixed Forest's Unicorn. The number of each Unicorn's Wrist Joint equals 20 times as much as each Mixed Forest's Unicorn. The number of each Unicorn's Knee Joint equals 14. The number of each Wrist Joint's Basophils equals 14. The number of each Knee Joint's Macrophages equals the sum of each Mixed Forest's Dragon, each Knee Joint's Basophils and each Temperate Evergreen Forest's Unicorn. The number of each Wrist Joint's Red Blood Cells equals 0. The number of each Pelvis's Red Blood Cells equals 6 more than the sum of each Temperate Evergreen Forest's Leprechaun and each Temperate Evergreen Forest's Pegasus. The number of each Tropical Monsoon Forest's Dragon equals 7 times as much as the difference of each Wrist Joint's Cells and each Mixed Forest's Dragon. The number of each Dragon's Wrist Joint equals each Wrist Joint's Basophils. The number of each Temperate Evergreen Forest's Unicorn equals 17 times as much as the sum of each Knee Joint's Basophils, each Temperate Evergreen Forest's Pegasus and each Tropical Monsoon Forest's Unicorn. The number of each Tropical Monsoon Forest's Leprechaun equals 21. The number of each Temperate Evergreen Forest's Leprechaun equals 5 more than the sum of each Dragon's Organs, each Leprechaun's Cells and each Leprechaun's Organs. The number of each Pegasus's Pelvis equals 7. The number of each Mixed Forest's Leprechaun equals the difference of each Temperate Evergreen Forest's Pegasus and each Tropical Monsoon Forest's Unicorn. The number of each Mixed Forest's Dragon equals each Temperate Evergreen Forest's Pegasus. The number of each Pelvis's Lymphocytes equals 0. The number of each Mixed Forest's Unicorn equals the sum of each Leprechaun's Cells and each Leprechaun's Organs. The number of each Tropical Monsoon Forest's Unicorn equals 2 more than the sum of each Mixed Forest's Dragon and each Knee Joint's Basophils. The number of each Temperate Evergreen Forest's Pegasus equals 21. How many Basophils does Wrist Joint have? | Define Wrist Joint's Basophils as h; so h = 14. | 14 | hard | 1 |
731 | The number of each WebStudy University's Genetics Lab equals 14. The number of each Genetics Lab's Fitness Backpack equals 17. The number of each Molecular Biology Lab's Snowboard Backpack equals 6 times as much as the difference of each Neuroscience Lab's Shoe Compartment Backpack and each Genetics Lab's Snowboard Backpack. The number of each Genetics Lab's Snowboard Backpack equals 17. The number of each Neuroscience Lab's Shoe Compartment Backpack equals 20. The number of each NetEdge College's Neuroscience Lab equals 21. The number of each WebStudy University's Neuroscience Lab equals the sum of each Molecular Biology Lab's Backpack, each Genetics Lab's Snowboard Backpack, each Genetics Lab's Backpack and each Molecular Biology Lab's Snowboard Backpack. The number of each NetLearn Institute's Molecular Biology Lab equals 1 times as much as the sum of each Genetics Lab's Snowboard Backpack, each Neuroscience Lab's Shoe Compartment Backpack and each Molecular Biology Lab's Snowboard Backpack. The number of each Neuroscience Lab's Fitness Backpack equals 10 times as much as the sum of each Molecular Biology Lab's Backpack, each Genetics Lab's Backpack and each Molecular Biology Lab's Snowboard Backpack. How many Backpack does NetLearn Institute have? | Define Neuroscience Lab's Shoe Compartment Backpack as E; so E = 20. Define Molecular Biology Lab's Backpack as BACK. Define Molecular Biology Lab's Snowboard Backpack as BACK. Define WebStudy University's Neuroscience Lab as BACK. Define Genetics Lab's Snowboard Backpack as o; so o = 17. Define NetEdge College's Backpack as BACK. Define Molecular Biology Lab's Snowboard Backpack as g; w = E - o = 20 - 17 = 3; so g = 6 * w = 6 * 3 = 18. Define NetLearn Institute's Classroom as BACK. Define Molecular Biology Lab's Backpack as t; so t = g = 18. Define WebStudy University's Classroom as BACK. Define Neuroscience Lab's Fitness Backpack as BACK. Define WebStudy University's Neuroscience Lab as BACK. Define NetLearn Institute's Molecular Biology Lab as Y; z = o + E = 17 + 20 = 14; P = z + g = 14 + 18 = 9; so Y = 1 * P = 1 * 9 = 9. Define NetEdge College's Classroom as BACK. Define Genetics Lab's Backpack as BACK. Define WebStudy University's Backpack as BACK. Define NetLearn Institute's Backpack as L; so L = Y * t = 9 * 18 = 1. | 1 | hard | 9 |
732 | The number of each Dasht-e Lut's Tardigrade equals 17 more than each Paramecium's Organs. The number of each Paramecium's Salivary Glands equals 16. The number of each Paramecium's Cecum equals each Tardigrade's Organs. The number of each Gobi Desert's Paramecium equals 22 times as much as each Paramecium's Salivary Glands. How many Cecum does Paramecium have? | Define Dasht-e Lut's Organs as BACK. Define Tardigrade's Organs as J; so J = 0. Define Paramecium's Cecum as w; so w = J = 0. | 0 | med | 2 |
733 | The number of each Amazon Fresh's Canned Peas equals each Shipt's Canned Olives. The number of each Shipt's Canned Broth equals 14 times as much as each Shipt's Canned Olives. The number of each Shipt's Canned Peas equals 5. The number of each Shipt's Canned Chicken equals 10 more than the sum of each Shipt's Canned Olives and each Shipt's Canned Broth. The number of each Grofers's Canned Chicken equals each Peapod's Canned Broth. The number of each Amazon Fresh's Canned Olives equals 2 more than each Peapod's Product. The number of each Amazon Fresh's Canned Broth equals 6 times as much as each Peapod's Canned Broth. The number of each Grofers's Canned Olives equals 9 times as much as the difference of each Peapod's Canned Peas and each Grofers's Canned Chicken. The number of each Grofers's Canned Broth equals each Amazon Fresh's Canned Olives. The number of each Peapod's Canned Broth equals 7. The number of each Amazon Fresh's Canned Chicken equals the difference of each Shipt's Canned Olives and each Shipt's Canned Chicken. The number of each Peapod's Canned Chicken equals each Peapod's Canned Broth. The number of each Shipt's Canned Olives equals 12. The number of each Peapod's Canned Peas equals each Peapod's Canned Chicken. The number of each Peapod's Canned Olives equals 13 times as much as each Peapod's Canned Chicken. The number of each Grofers's Canned Peas equals each Grofers's Canned Olives. How many Product does Grofers have? | Define Peapod's Canned Broth as O; so O = 7. Define Peapod's Canned Chicken as v; so v = O = 7. Define Peapod's Canned Peas as Y; so Y = v = 7. Define Amazon Fresh's Canned Chicken as BACK. Define Grofers's Canned Peas as BACK. Define Amazon Fresh's Canned Olives as BACK. Define Peapod's Canned Olives as i; so i = 13 * v = 13 * 7 = 22. Define Grofers's Canned Peas as BACK. Define Grofers's Canned Olives as BACK. Define Grofers's Product as BACK. Define Peapod's Product as R; h = v + O = 7 + 7 = 14; C = h + Y = 14 + 7 = 21; so R = C + i = 21 + 22 = 20. Define Amazon Fresh's Product as BACK. Define Amazon Fresh's Canned Olives as p; so p = 2 + R = 2 + 20 = 22. Define Grofers's Canned Olives as BACK. Define Amazon Fresh's Canned Peas as BACK. Define Amazon Fresh's Canned Chicken as BACK. Define Shipt's Product as BACK. Define Grofers's Product as BACK. Define Grofers's Canned Broth as U; so U = p = 22. Define Shipt's Canned Broth as BACK. Define Grofers's Canned Olives as BACK. Define Grofers's Canned Chicken as V; so V = O = 7. Define Amazon Fresh's Canned Chicken as BACK. Define Grofers's Canned Olives as y; x = Y - V = 7 - 7 = 0; so y = 9 * x = 9 * 0 = 0. Define Grofers's Product as BACK. Define Grofers's Canned Peas as z; so z = y = 0. Define Shipt's Product as BACK. Define Grofers's Product as n; s = V + U = 7 + 22 = 6; D = s + z = 6 + 0 = 6; so n = D + y = 6 + 0 = 6. | 6 | hard | 16 |
734 | The number of each Presentation Backpack's Stencil equals 6. The number of each Southgate Secondary's Forensic Lab equals each Hillcrest High's Forensic Lab. The number of each Inorganic Chemistry Lab's Commuter Backpack equals the sum of each Liberty High's Inorganic Chemistry Lab, each Tool Backpack's Stationery and each Commuter Backpack's Drawing Board. The number of each Inorganic Chemistry Lab's Presentation Backpack equals 11 more than each Southgate Secondary's Forensic Lab. The number of each Forensic Lab's Commuter Backpack equals 10. The number of each Inorganic Chemistry Lab's Tool Backpack equals 10 times as much as the difference of each Commuter Backpack's Drawing Board and each Tool Backpack's Drawing Board. The number of each Tool Backpack's Stencil equals each Commuter Backpack's Paintbrush. The number of each Liberty High's Inorganic Chemistry Lab equals the sum of each Tool Backpack's Stencil and each Tool Backpack's Paintbrush. The number of each Hillcrest High's Forensic Lab equals 12. The number of each Forensic Lab's Tool Backpack equals 21. The number of each Southgate Secondary's Inorganic Chemistry Lab equals 4. The number of each Presentation Backpack's Drawing Board equals each Commuter Backpack's Drawing Board. The number of each Tool Backpack's Paintbrush equals each Forensic Lab's Commuter Backpack. The number of each Commuter Backpack's Paintbrush equals each Commuter Backpack's Drawing Board. The number of each Liberty High's Forensic Lab equals the difference of each Inorganic Chemistry Lab's Commuter Backpack and each Forensic Lab's Presentation Backpack. The number of each Commuter Backpack's Drawing Board equals each Hillcrest High's Forensic Lab. The number of each Commuter Backpack's Stencil equals 15. The number of each Forensic Lab's Presentation Backpack equals each Commuter Backpack's Paintbrush. The number of each Hillcrest High's Inorganic Chemistry Lab equals each Tool Backpack's Drawing Board. The number of each Tool Backpack's Drawing Board equals each Hillcrest High's Forensic Lab. How many Commuter Backpack does Forensic Lab have? | Define Hillcrest High's Classroom as BACK. Define Hillcrest High's Backpack as BACK. Define Forensic Lab's Commuter Backpack as x; so x = 10. | 10 | hard | 1 |
735 | The number of each Bronchioles's Lymphocytes equals 21. The number of each Temperate Broadleaf Forest's Chimera equals each Bronchioles's Lymphocytes. The number of each Dragon's Bronchioles equals 4. The number of each Spruce-Fir Forest's Chimera equals each Taiga Forest's Creatures. The number of each Pleural Cavity's Macrophages equals each Temperate Broadleaf Forest's Chimera. The number of each Taiga Forest's Dragon equals 15. The number of each Taiga Forest's Chimera equals each Bronchioles's Macrophages. The number of each Bronchioles's Macrophages equals 17. The number of each Bronchioles's Hemocytoblasts equals each Spruce-Fir Forest's Chimera. The number of each Dragon's Pleural Cavity equals the difference of each Pleural Cavity's Lymphocytes and each Bronchioles's Lymphocytes. The number of each Centaur's Bronchioles equals 14 more than each Temperate Broadleaf Forest's Dragon. The number of each Centaur's Pleural Cavity equals 12 more than each Temperate Broadleaf Forest's Dragon. The number of each Spruce-Fir Forest's Centaur equals 8 times as much as the difference of each Chimera's Bronchioles and each Bronchioles's Lymphocytes. The number of each Temperate Broadleaf Forest's Dragon equals 7 times as much as each Spruce-Fir Forest's Dragon. The number of each Chimera's Pleural Cavity equals each Pleural Cavity's Hemocytoblasts. The number of each Pleural Cavity's Lymphocytes equals 18. The number of each Chimera's Bronchioles equals 7 times as much as each Pleural Cavity's Hemocytoblasts. The number of each Spruce-Fir Forest's Dragon equals 10 times as much as each Bronchioles's Macrophages. The number of each Taiga Forest's Centaur equals each Centaur's Organs. The number of each Pleural Cavity's Hemocytoblasts equals 8 more than the sum of each Pleural Cavity's Lymphocytes, each Bronchioles's Lymphocytes and each Dragon's Pleural Cavity. How many Hemocytoblasts does Bronchioles have? | Define Centaur's Bronchioles as BACK. Define Bronchioles's Macrophages as k; so k = 17. Define Taiga Forest's Creatures as BACK. Define Spruce-Fir Forest's Dragon as f; so f = 10 * k = 10 * 17 = 9. Define Centaur's Cells as BACK. Define Chimera's Organs as BACK. Define Temperate Broadleaf Forest's Creatures as BACK. Define Temperate Broadleaf Forest's Chimera as BACK. Define Taiga Forest's Organs as BACK. Define Pleural Cavity's Cells as BACK. Define Spruce-Fir Forest's Cells as BACK. Define Chimera's Bronchioles as BACK. Define Temperate Broadleaf Forest's Dragon as j; so j = 7 * f = 7 * 9 = 17. Define Dragon's Cells as BACK. Define Centaur's Pleural Cavity as B; so B = 12 + j = 12 + 17 = 6. Define Centaur's Bronchioles as J; so J = 14 + j = 14 + 17 = 8. Define Taiga Forest's Centaur as BACK. Define Pleural Cavity's Hemocytoblasts as BACK. Define Centaur's Cells as BACK. Define Centaur's Organs as z; so z = J + B = 8 + 6 = 14. Define Taiga Forest's Chimera as Z; so Z = k = 17. Define Taiga Forest's Dragon as X; so X = 15. Define Temperate Broadleaf Forest's Cells as BACK. Define Spruce-Fir Forest's Creatures as BACK. Define Chimera's Pleural Cavity as BACK. Define Taiga Forest's Centaur as n; so n = z = 14. Define Taiga Forest's Creatures as N; t = Z + n = 17 + 14 = 8; so N = t + X = 8 + 15 = 0. Define Taiga Forest's Cells as BACK. Define Spruce-Fir Forest's Chimera as K; so K = N = 0. Define Bronchioles's Hemocytoblasts as D; so D = K = 0. | 0 | hard | 13 |
736 | The number of each Houston Zoo's Vulture Valley equals each Beijing Zoo's Pigeon Loft. The number of each Beijing Zoo's Pigeon Loft equals 12. The number of each Singapore Zoo's Eagle Eyrie equals 13 more than the sum of each Houston Zoo's Vulture Valley and each Beijing Zoo's Pigeon Loft. The number of each Beijing Zoo's Eagle Eyrie equals 12. The number of each Singapore Zoo's Pigeon Loft equals 12. How many Eagle Eyrie does Singapore Zoo have? | Define Singapore Zoo's Enclosure as BACK. Define Beijing Zoo's Pigeon Loft as N; so N = 12. Define Houston Zoo's Vulture Valley as f; so f = N = 12. Define Singapore Zoo's Eagle Eyrie as Z; q = f + N = 12 + 12 = 1; so Z = 13 + q = 13 + 1 = 14. | 14 | med | 4 |
737 | The number of each San Jose Insectarium's Anteater Area equals each Los Angeles Insectarium's Enclosure. The number of each Los Angeles Insectarium's Anteater Area equals the sum of each Los Angeles Insectarium's Zebra Paddock and each Insectarium of Washington DC's Zebra Paddock. The number of each Insectarium of Washington DC's Anteater Area equals 8. The number of each San Jose Insectarium's Tiger Territory equals 4. The number of each Insectarium of Washington DC's Zebra Paddock equals 5 times as much as each San Jose Insectarium's Tiger Territory. The number of each Insectarium of Washington DC's Tiger Territory equals the sum of each Los Angeles Insectarium's Tiger Territory, each San Jose Insectarium's Zebra Paddock, each Los Angeles Insectarium's Anteater Area and each San Jose Insectarium's Enclosure. The number of each Los Angeles Insectarium's Zebra Paddock equals each San Jose Insectarium's Zebra Paddock. The number of each San Jose Insectarium's Zebra Paddock equals the sum of each Insectarium of Washington DC's Zebra Paddock and each San Jose Insectarium's Tiger Territory. The number of each Los Angeles Insectarium's Tiger Territory equals 9 more than each Los Angeles Insectarium's Zebra Paddock. How many Anteater Area does San Jose Insectarium have? | Define San Jose Insectarium's Tiger Territory as S; so S = 4. Define Insectarium of Washington DC's Zebra Paddock as x; so x = 5 * S = 5 * 4 = 20. Define San Jose Insectarium's Zebra Paddock as C; so C = x + S = 20 + 4 = 1. Define Los Angeles Insectarium's Zebra Paddock as u; so u = C = 1. Define Los Angeles Insectarium's Anteater Area as Q; so Q = u + x = 1 + 20 = 21. Define Insectarium of Washington DC's Tiger Territory as BACK. Define Los Angeles Insectarium's Tiger Territory as P; so P = 9 + u = 9 + 1 = 10. Define Insectarium of Washington DC's Enclosure as BACK. Define San Jose Insectarium's Anteater Area as BACK. Define Los Angeles Insectarium's Enclosure as z; e = P + Q = 10 + 21 = 8; so z = e + u = 8 + 1 = 9. Define San Jose Insectarium's Anteater Area as Y; so Y = z = 9. | 9 | hard | 9 |
738 | The number of each Rotifer's Autonomic Nerves equals each Rainforest's Rotifer. The number of each Rainforest's Rotifer equals 8 more than each Temperate Deciduous Forest's Nematode. The number of each Tardigrade's Hypothalamus equals 22. The number of each Tardigrade's Thalamus equals 22 times as much as the difference of each Nematode's Hypothalamus and each Pine Forest's Nematode. The number of each Pine Forest's Tardigrade equals the difference of each Pine Forest's Nematode and each Tardigrade's Thalamus. The number of each Nematode's Hypothalamus equals 7. The number of each Temperate Deciduous Forest's Rotifer equals the sum of each Nematode's Hypothalamus, each Tardigrade's Thalamus, each Pine Forest's Nematode and each Pine Forest's Tardigrade. The number of each Temperate Deciduous Forest's Nematode equals each Tardigrade's Hypothalamus. The number of each Pine Forest's Nematode equals 3 more than each Nematode's Hypothalamus. The number of each Pine Forest's Rotifer equals 19. The number of each Tardigrade's Autonomic Nerves equals the difference of each Rotifer's Autonomic Nerves and each Rainforest's Organs. The number of each Nematode's Autonomic Nerves equals the sum of each Nematode's Hypothalamus and each Rainforest's Rotifer. How many Organs does Rainforest have? | Define Pine Forest's Tardigrade as BACK. Define Tardigrade's Hypothalamus as b; so b = 22. Define Rotifer's Autonomic Nerves as BACK. Define Temperate Deciduous Forest's Nematode as o; so o = b = 22. Define Rainforest's Rotifer as Z; so Z = 8 + o = 8 + 22 = 7. Define Rotifer's Autonomic Nerves as N; so N = Z = 7. Define Rotifer's Organs as r; so r = N = 7. Define Rainforest's Organs as L; so L = Z * r = 7 * 7 = 3. | 3 | med | 6 |
739 | The number of each Seaside Community College's Literature Classroom equals 21. The number of each Cultural Studies Classroom's Canvas Backpack equals each Literature Classroom's Canvas Backpack. The number of each Golden Gate College's Literature Classroom equals 13. The number of each Canvas Backpack's Acrylic Paint equals the sum of each Golden Gate College's Literature Classroom and each Golden Gate College's Cultural Studies Classroom. The number of each Canvas Backpack's Ribbon equals each Golden Gate College's Literature Classroom. The number of each Cultural Studies Classroom's Printed Backpack equals 8 times as much as the sum of each Golden Gate College's Cultural Studies Classroom and each Literature Classroom's Canvas Backpack. The number of each Literature Classroom's Printed Backpack equals each Seaside Community College's Cultural Studies Classroom. The number of each Literature Classroom's Canvas Backpack equals each Golden Gate College's Cultural Studies Classroom. The number of each Printed Backpack's Ribbon equals each Cultural Studies Classroom's Printed Backpack. The number of each Golden Gate College's Cultural Studies Classroom equals each Canvas Backpack's Ribbon. The number of each Seaside Community College's Cultural Studies Classroom equals 2 times as much as the sum of each Cultural Studies Classroom's Backpack and each Golden Gate College's Literature Classroom. The number of each Printed Backpack's Acrylic Paint equals each Seaside Community College's Classroom. How many Stationery does Printed Backpack have? | Define Printed Backpack's Acrylic Paint as BACK. Define Cultural Studies Classroom's Backpack as BACK. Define Golden Gate College's Stationery as BACK. Define Literature Classroom's Stationery as BACK. Define Golden Gate College's Literature Classroom as E; so E = 13. Define Seaside Community College's Classroom as BACK. Define Literature Classroom's Canvas Backpack as BACK. Define Canvas Backpack's Ribbon as y; so y = E = 13. Define Seaside Community College's Classroom as BACK. Define Golden Gate College's Cultural Studies Classroom as w; so w = y = 13. Define Golden Gate College's Stationery as BACK. Define Literature Classroom's Canvas Backpack as D; so D = w = 13. Define Canvas Backpack's Stationery as BACK. Define Cultural Studies Classroom's Stationery as BACK. Define Cultural Studies Classroom's Printed Backpack as z; o = w + D = 13 + 13 = 3; so z = 8 * o = 8 * 3 = 1. Define Cultural Studies Classroom's Canvas Backpack as t; so t = D = 13. Define Cultural Studies Classroom's Backpack as i; so i = z + t = 1 + 13 = 14. Define Seaside Community College's Backpack as BACK. Define Seaside Community College's Cultural Studies Classroom as S; s = i + E = 14 + 13 = 4; so S = 2 * s = 2 * 4 = 8. Define Canvas Backpack's Stationery as BACK. Define Seaside Community College's Literature Classroom as T; so T = 21. Define Seaside Community College's Classroom as R; so R = T + S = 21 + 8 = 6. Define Printed Backpack's Acrylic Paint as a; so a = R = 6. Define Canvas Backpack's Stationery as BACK. Define Literature Classroom's Backpack as BACK. Define Golden Gate College's Backpack as BACK. Define Seaside Community College's Stationery as BACK. Define Printed Backpack's Ribbon as m; so m = z = 1. Define Printed Backpack's Stationery as l; so l = a + m = 6 + 1 = 7. | 7 | hard | 15 |
740 | The number of each Kingfisher's Pulmonary Veins equals 0 more than the difference of each Woodpecker's Organs and each Swan's Aortic Valve. The number of each Kingfisher's Saphenous Vein equals 3. The number of each Swan's Aortic Valve equals 2 more than each Kingfisher's Saphenous Vein. The number of each Woodpecker's Pulmonary Arteries equals the sum of each Swan's Aortic Valve, each Dragonfly's Pulmonary Veins, each Swan's Organs and each Dragonfly's Saphenous Vein. The number of each Woodpecker's Saphenous Vein equals 4 times as much as the sum of each Dragonfly's Pulmonary Veins, each Dragonfly's Saphenous Vein and each Swan's Aortic Valve. The number of each Dragonfly's Pulmonary Veins equals each Dragonfly's Saphenous Vein. The number of each Dragonfly's Saphenous Vein equals 8 more than the difference of each Swan's Organs and each Kingfisher's Saphenous Vein. How many Pulmonary Veins does Kingfisher have? | Define Kingfisher's Saphenous Vein as h; so h = 3. Define Dragonfly's Pulmonary Veins as BACK. Define Woodpecker's Pulmonary Arteries as BACK. Define Swan's Organs as BACK. Define Swan's Aortic Valve as V; so V = 2 + h = 2 + 3 = 5. Define Woodpecker's Pulmonary Arteries as BACK. Define Kingfisher's Organs as BACK. Define Dragonfly's Organs as BACK. Define Kingfisher's Pulmonary Veins as BACK. Define Woodpecker's Organs as BACK. Define Woodpecker's Saphenous Vein as BACK. Define Swan's Organs as D; so D = V = 5. Define Dragonfly's Pulmonary Veins as BACK. Define Dragonfly's Saphenous Vein as i; x = D - h = 5 - 3 = 2; so i = 8 + x = 8 + 2 = 10. Define Kingfisher's Pulmonary Veins as BACK. Define Woodpecker's Saphenous Vein as BACK. Define Dragonfly's Pulmonary Veins as d; so d = i = 10. Define Woodpecker's Saphenous Vein as J; P = d + i = 10 + 10 = 20; a = P + V = 20 + 5 = 2; so J = 4 * a = 4 * 2 = 8. Define Woodpecker's Pulmonary Arteries as K; Z = V + d = 5 + 10 = 15; C = Z + D = 15 + 5 = 20; so K = C + i = 20 + 10 = 7. Define Woodpecker's Organs as G; so G = K + J = 7 + 8 = 15. Define Kingfisher's Organs as BACK. Define Kingfisher's Pulmonary Veins as b; p = G - V = 15 - 5 = 10; so b = 0 + p = 0 + 10 = 10. | 10 | hard | 15 |
741 | The number of each Canned Olives's Garlic equals each Canned Beef's Mushrooms. The number of each Ocado's Canned Beef equals each Boxed's Canned Peas. The number of each Canned Beef's Garlic equals each Ocado's Canned Olives. The number of each Canned Peas's Zucchini equals 6. The number of each Canned Beef's Mushrooms equals each Boxed's Product. The number of each Boxed's Canned Beef equals each Ocado's Canned Beef. The number of each Boxed's Canned Peas equals 2. The number of each Ocado's Canned Olives equals each Canned Peas's Zucchini. The number of each Canned Olives's Zucchini equals each Ocado's Canned Peas. The number of each Canned Peas's Mushrooms equals the difference of each Canned Beef's Garlic and each Canned Peas's Garlic. The number of each Ocado's Canned Peas equals 17 times as much as each Boxed's Canned Olives. The number of each Canned Beef's Zucchini equals the sum of each Canned Olives's Ingredient, each Boxed's Canned Olives, each Boxed's Canned Beef and each Boxed's Product. The number of each Boxed's Canned Olives equals the difference of each Boxed's Canned Peas and each Ocado's Canned Beef. The number of each Canned Peas's Garlic equals 16. How many Ingredient does Canned Olives have? | Define Boxed's Canned Peas as P; so P = 2. Define Ocado's Canned Beef as c; so c = P = 2. Define Boxed's Canned Olives as h; so h = P - c = 2 - 2 = 0. Define Canned Olives's Ingredient as BACK. Define Boxed's Product as BACK. Define Boxed's Ingredient as BACK. Define Boxed's Canned Beef as Z; so Z = c = 2. Define Boxed's Product as F; U = P + h = 2 + 0 = 2; so F = U + Z = 2 + 2 = 4. Define Ocado's Ingredient as BACK. Define Boxed's Ingredient as BACK. Define Canned Olives's Zucchini as BACK. Define Canned Peas's Ingredient as BACK. Define Canned Beef's Garlic as BACK. Define Canned Beef's Mushrooms as r; so r = F = 4. Define Boxed's Ingredient as BACK. Define Ocado's Canned Peas as m; so m = 17 * h = 17 * 0 = 0. Define Canned Olives's Zucchini as t; so t = m = 0. Define Canned Peas's Mushrooms as BACK. Define Canned Olives's Garlic as O; so O = r = 4. Define Canned Peas's Mushrooms as BACK. Define Ocado's Product as BACK. Define Canned Olives's Ingredient as p; so p = O + t = 4 + 0 = 4. | 4 | hard | 11 |
742 | The number of each Carrefour's Cinnamon Rolls equals 19. The number of each Carrefour's Donuts equals 9 times as much as each Carrefour's Cinnamon Rolls. The number of each Lidl's Cinnamon Rolls equals each Carrefour's Product. The number of each Lidl's Donuts equals each Carrefour's Product. How many Cinnamon Rolls does Lidl have? | Define Carrefour's Donuts as BACK. Define Carrefour's Product as BACK. Define Carrefour's Cinnamon Rolls as S; so S = 19. Define Carrefour's Donuts as C; so C = 9 * S = 9 * 19 = 10. Define Lidl's Donuts as BACK. Define Carrefour's Product as v; so v = S + C = 19 + 10 = 6. Define Lidl's Cinnamon Rolls as Q; so Q = v = 6. | 6 | med | 4 |
743 | The number of each Bird Paradise Wildlife Park's Meerkat Manor equals 10 times as much as the difference of each Mahi Mahi's Bone and each Mahi Mahi's Sesamoid Bones. The number of each Anchovy's Ulna equals 14. The number of each Kangaroo Walkabout's Swordfish equals each Kangaroo Walkabout's Mahi Mahi. The number of each San Antonio Zoo's Bear Den equals each Meerkat Manor's Haddock. The number of each Bird Kingdom's Camel Yard equals 1. The number of each Meerkat Manor's Anchovy equals each Birdland Park and Gardens's Camel Yard. The number of each Kangaroo Walkabout's Mahi Mahi equals 11 times as much as each Birdland Park and Gardens's Bone. The number of each Bird Paradise Wildlife Park's Kangaroo Walkabout equals each Birdland Park and Gardens's Camel Yard. The number of each Haddock's Metacarpal Bones equals each Birdland Park and Gardens's Enclosure. The number of each Anchovy's Sesamoid Bones equals each Meerkat Manor's Haddock. The number of each Mahi Mahi's Sesamoid Bones equals 19. The number of each Birdland Park and Gardens's Camel Yard equals each Swordfish's Bone. The number of each Bird Kingdom's Bear Den equals 17. The number of each Anchovy's Metacarpal Bones equals the sum of each Camel Yard's Animal, each Birdland Park and Gardens's Camel Yard and each Mahi Mahi's Sesamoid Bones. The number of each Camel Yard's Mahi Mahi equals the sum of each Mahi Mahi's Bone, each Bird Paradise Wildlife Park's Meerkat Manor and each Mahi Mahi's Sesamoid Bones. The number of each Camel Yard's Swordfish equals each Bird Paradise Wildlife Park's Meerkat Manor. The number of each Meerkat Manor's Haddock equals each Bird Kingdom's Camel Yard. The number of each Meerkat Manor's Swordfish equals each Meerkat Manor's Haddock. The number of each Swordfish's Humerus equals the sum of each Mahi Mahi's Sesamoid Bones, each Mahi Mahi's Bone and each Camel Yard's Swordfish. How many Bone does Kangaroo Walkabout have? | Define Mahi Mahi's Sesamoid Bones as a; so a = 19. Define Bird Kingdom's Bone as BACK. Define Mahi Mahi's Bone as S; so S = a = 19. Define Bird Paradise Wildlife Park's Kangaroo Walkabout as BACK. Define Bird Paradise Wildlife Park's Meerkat Manor as V; i = S - a = 19 - 19 = 0; so V = 10 * i = 10 * 0 = 0. Define Camel Yard's Mahi Mahi as Y; k = S + V = 19 + 0 = 19; so Y = k + a = 19 + 19 = 15. Define Bird Kingdom's Animal as BACK. Define Camel Yard's Swordfish as t; so t = V = 0. Define Birdland Park and Gardens's Animal as BACK. Define Swordfish's Humerus as T; q = a + S = 19 + 19 = 15; so T = q + t = 15 + 0 = 15. Define Birdland Park and Gardens's Camel Yard as BACK. Define Swordfish's Bone as I; so I = T = 15. Define Camel Yard's Bone as K; m = t * I = 0 * 15 = 0; B = Y * S = 15 * 19 = 9; so K = m + B = 0 + 9 = 9. Define San Antonio Zoo's Animal as BACK. Define Birdland Park and Gardens's Camel Yard as L; so L = I = 15. Define Anchovy's Metacarpal Bones as BACK. Define San Antonio Zoo's Enclosure as BACK. Define San Antonio Zoo's Bear Den as BACK. Define Birdland Park and Gardens's Bone as y; so y = L * K = 15 * 9 = 20. Define Bird Kingdom's Enclosure as BACK. Define Kangaroo Walkabout's Mahi Mahi as N; so N = 11 * y = 11 * 20 = 13. Define Kangaroo Walkabout's Swordfish as d; so d = N = 13. Define Kangaroo Walkabout's Bone as v; C = d * I = 13 * 15 = 11; U = N * S = 13 * 19 = 17; so v = C + U = 11 + 17 = 5. | 5 | hard | 20 |
744 | The number of each Expandable Backpack's Binder Clip equals each Daily Work Backpack's Sticky Tape. The number of each Expandable Backpack's Sticky Tape equals 21 more than each Daily Work Backpack's Ruler. The number of each Daily Work Backpack's Binder Clip equals each Daily Work Backpack's Hole Puncher. The number of each Daily Work Backpack's Hole Puncher equals 7. The number of each Daily Work Backpack's Ruler equals 8. The number of each Designer Backpack's Sticky Tape equals each Designer Backpack's Hole Puncher. The number of each Tool Backpack's Binder Clip equals the sum of each Expandable Backpack's Hole Puncher, each Daily Work Backpack's Binder Clip, each Expandable Backpack's Binder Clip and each Tool Backpack's Hole Puncher. The number of each Designer Backpack's Ruler equals the sum of each Expandable Backpack's Sticky Tape, each Daily Work Backpack's Hole Puncher and each Daily Work Backpack's Ruler. The number of each Designer Backpack's Hole Puncher equals 6. The number of each Tool Backpack's Ruler equals 5 more than the sum of each Expandable Backpack's Hole Puncher, each Daily Work Backpack's Hole Puncher and each Designer Backpack's Hole Puncher. The number of each Tool Backpack's Hole Puncher equals the sum of each Daily Work Backpack's Ruler and each Expandable Backpack's Sticky Tape. The number of each Daily Work Backpack's Sticky Tape equals 2. The number of each Expandable Backpack's Hole Puncher equals 1 times as much as each Daily Work Backpack's Hole Puncher. How many Ruler does Daily Work Backpack have? | Define Designer Backpack's Stationery as BACK. Define Daily Work Backpack's Ruler as H; so H = 8. | 8 | med | 1 |
745 | The number of each Macaw Island's Frilled Lizard equals 11 times as much as each Eagle Eyrie's Animal. The number of each Audubon Insectarium's Macaw Island equals the sum of each Insectarium of Chicago's Eagle Eyrie and each Audubon Insectarium's Eagle Eyrie. The number of each Eagle Eyrie's Frilled Lizard equals 20. The number of each Eagle Eyrie's Anaconda equals 16. The number of each Macaw Island's Anaconda equals each Eagle Eyrie's Animal. The number of each Insectarium of Chicago's Eagle Eyrie equals 10. The number of each Insectarium of Chicago's Macaw Island equals 15 more than each Insectarium of Chicago's Eagle Eyrie. The number of each Audubon Insectarium's Eagle Eyrie equals each Insectarium of Chicago's Eagle Eyrie. How many Animal does Macaw Island have? | Define Insectarium of Chicago's Enclosure as BACK. Define Eagle Eyrie's Anaconda as b; so b = 16. Define Eagle Eyrie's Frilled Lizard as n; so n = 20. Define Eagle Eyrie's Animal as w; so w = b + n = 16 + 20 = 13. Define Macaw Island's Anaconda as G; so G = w = 13. Define Macaw Island's Frilled Lizard as L; so L = 11 * w = 11 * 13 = 5. Define Macaw Island's Animal as T; so T = G + L = 13 + 5 = 18. | 18 | med | 6 |
746 | The number of each Canned Vegetables's Pepperoni equals 3. The number of each Canned Vegetables's Beef Steak equals the difference of each Canned Fish's Ingredient and each Canned Vegetables's Duck Confit. The number of each Canned Sauces's Pepperoni equals 12 more than the sum of each Canned Vegetables's Pepperoni and each Canned Sauces's Duck Confit. The number of each Canned Vegetables's Duck Confit equals the difference of each Canned Sauces's Duck Confit and each Canned Beans's Beef Steak. The number of each Canned Beans's Pepperoni equals the sum of each Canned Vegetables's Duck Confit, each Canned Sauces's Ingredient, each Canned Fish's Pepperoni and each Canned Vegetables's Pepperoni. The number of each Canned Beans's Beef equals each Canned Vegetables's Duck Confit. The number of each Canned Fish's Pepperoni equals the difference of each Canned Beans's Beef and each Canned Beans's Beef Steak. The number of each Canned Beans's Beef Steak equals 13. The number of each Canned Sauces's Beef equals 9. The number of each Canned Sauces's Duck Confit equals each Canned Beans's Beef Steak. How many Ingredient does Canned Fish have? | Define Canned Beans's Beef Steak as p; so p = 13. Define Canned Sauces's Duck Confit as D; so D = p = 13. Define Canned Beans's Beef as BACK. Define Canned Vegetables's Duck Confit as J; so J = D - p = 13 - 13 = 0. Define Canned Beans's Beef as h; so h = J = 0. Define Canned Vegetables's Beef Steak as BACK. Define Canned Fish's Pepperoni as d; so d = h - p = 0 - 13 = 10. Define Canned Fish's Ingredient as U; so U = d = 10. | 10 | hard | 6 |
747 | The number of each Desert Fringe Grassland's Clownfish equals 8 more than each Highland Grassland's Walrus. The number of each Sea Turtle's Liver equals 6 more than each Sea Turtle's Pylorus. The number of each Sea Turtle's Pylorus equals 7. The number of each Walrus's Pylorus equals the sum of each Veldt's Sea Turtle and each Sea Turtle's Duodenum. The number of each Sea Turtle's Duodenum equals the sum of each Veldt's Clownfish and each Highland Grassland's Sea Turtle. The number of each Veldt's Walrus equals each Veldt's Sea Turtle. The number of each Walrus's Duodenum equals 13 more than the sum of each Veldt's Sea Turtle and each Highland Grassland's Sea Turtle. The number of each Highland Grassland's Sea Turtle equals 1. The number of each Highland Grassland's Walrus equals 5 more than each Highland Grassland's Clownfish. The number of each Clownfish's Liver equals the difference of each Highland Grassland's Walrus and each Veldt's Walrus. The number of each Veldt's Clownfish equals 6. The number of each Clownfish's Pylorus equals 6 times as much as the sum of each Walrus's Liver and each Highland Grassland's Walrus. The number of each Highland Grassland's Clownfish equals 10. The number of each Walrus's Liver equals 17. The number of each Desert Fringe Grassland's Sea Turtle equals the sum of each Highland Grassland's Clownfish, each Clownfish's Pylorus, each Walrus's Liver and each Highland Grassland's Walrus. The number of each Veldt's Sea Turtle equals each Highland Grassland's Sea Turtle. The number of each Desert Fringe Grassland's Walrus equals 2 times as much as each Highland Grassland's Walrus. The number of each Clownfish's Duodenum equals 3. How many Duodenum does Walrus have? | Define Highland Grassland's Sea Turtle as z; so z = 1. Define Walrus's Pylorus as BACK. Define Veldt's Sea Turtle as j; so j = z = 1. Define Highland Grassland's Walrus as BACK. Define Walrus's Duodenum as K; m = j + z = 1 + 1 = 2; so K = 13 + m = 13 + 2 = 15. | 15 | hard | 4 |
748 | The number of each Beach Backpack's Masking Tape equals 5 more than each Materials Science Lab's Beach Backpack. The number of each Fluid Mechanics Lab's Drawstring Backpack equals 13. The number of each Materials Science Lab's Beach Backpack equals 10. The number of each Beach Backpack's Drawing Board equals each Fluid Mechanics Lab's Drawstring Backpack. The number of each Materials Science Lab's Drawstring Backpack equals 16 times as much as each Beach Backpack's Drawing Board. The number of each Drawstring Backpack's Drawing Board equals each Materials Science Lab's Beach Backpack. The number of each Fluid Mechanics Lab's Beach Backpack equals 5 more than the sum of each Materials Science Lab's Beach Backpack and each Beach Backpack's Masking Tape. The number of each Drawstring Backpack's Masking Tape equals each Beach Backpack's Masking Tape. How many Drawstring Backpack does Fluid Mechanics Lab have? | Define Fluid Mechanics Lab's Drawstring Backpack as m; so m = 13. | 13 | hard | 1 |
749 | The number of each Gobi Desert's Paramecium equals the sum of each Negev Desert's Trichomonas, each Namib Desert's Paramecium and each Sahara Desert's Trichomonas. The number of each Sahara Desert's Stentor equals the difference of each Gobi Desert's Paramecium and each Sahara Desert's Trichomonas. The number of each Sahara Desert's Trichomonas equals 22 times as much as the difference of each Namib Desert's Paramecium and each Negev Desert's Trichomonas. The number of each Namib Desert's Paramecium equals 7. The number of each Namib Desert's Stentor equals 8 more than the difference of each Sahara Desert's Creatures and each Namib Desert's Paramecium. The number of each Negev Desert's Trichomonas equals 2 more than each Namib Desert's Paramecium. How many Stentor does Namib Desert have? | Define Namib Desert's Paramecium as M; so M = 7. Define Negev Desert's Trichomonas as m; so m = 2 + M = 2 + 7 = 9. Define Sahara Desert's Trichomonas as I; Q = M - m = 7 - 9 = 21; so I = 22 * Q = 22 * 21 = 2. Define Sahara Desert's Stentor as BACK. Define Gobi Desert's Creatures as BACK. Define Sahara Desert's Creatures as BACK. Define Namib Desert's Stentor as BACK. Define Gobi Desert's Paramecium as y; D = m + M = 9 + 7 = 16; so y = D + I = 16 + 2 = 18. Define Namib Desert's Stentor as BACK. Define Sahara Desert's Creatures as BACK. Define Sahara Desert's Stentor as P; so P = y - I = 18 - 2 = 16. Define Namib Desert's Stentor as BACK. Define Namib Desert's Creatures as BACK. Define Sahara Desert's Creatures as T; so T = P + I = 16 + 2 = 18. Define Namib Desert's Creatures as BACK. Define Namib Desert's Stentor as k; A = T - M = 18 - 7 = 11; so k = 8 + A = 8 + 11 = 19. | 19 | hard | 10 |
750 | The number of each Photography Studio's Conference Backpack equals the sum of each Tool Backpack's Palette and each Ceramics Studio's Camera Backpack. The number of each Photography Studio's Tool Backpack equals 1. The number of each Ceramics Studio's Conference Backpack equals each Cultural Studies Classroom's Tool Backpack. The number of each Cultural Studies Classroom's Tool Backpack equals 14. The number of each Literature Classroom's Tool Backpack equals the sum of each Cultural Studies Classroom's Camera Backpack and each Photography Studio's Camera Backpack. The number of each Camera Backpack's Palette equals each Tool Backpack's Palette. The number of each Tool Backpack's Acrylic Paint equals each Cultural Studies Classroom's Camera Backpack. The number of each Cultural Studies Classroom's Camera Backpack equals 16 times as much as the sum of each Photography Studio's Camera Backpack, each Tool Backpack's Beads and each Literature Classroom's Camera Backpack. The number of each Literature Classroom's Conference Backpack equals 9. The number of each Literature Classroom's Camera Backpack equals 1. The number of each Ceramics Studio's Camera Backpack equals 22. The number of each Camera Backpack's Acrylic Paint equals the sum of each Photography Studio's Camera Backpack and each Ceramics Studio's Tool Backpack. The number of each Tool Backpack's Beads equals 5. The number of each Photography Studio's Camera Backpack equals each Cultural Studies Classroom's Tool Backpack. The number of each Conference Backpack's Palette equals the sum of each Literature Classroom's Camera Backpack, each Conference Backpack's Acrylic Paint, each Tool Backpack's Palette and each Cultural Studies Classroom's Conference Backpack. The number of each Cultural Studies Classroom's Conference Backpack equals 20. The number of each Tool Backpack's Palette equals the difference of each Ceramics Studio's Camera Backpack and each Literature Classroom's Camera Backpack. The number of each Conference Backpack's Beads equals 16. The number of each Camera Backpack's Beads equals the sum of each Photography Studio's Conference Backpack, each Tool Backpack's Beads, each Ceramics Studio's Camera Backpack and each Cultural Studies Classroom's Camera Backpack. The number of each Conference Backpack's Acrylic Paint equals each Literature Classroom's Camera Backpack. The number of each Ceramics Studio's Tool Backpack equals 14 more than each Photography Studio's Camera Backpack. How many Tool Backpack does Ceramics Studio have? | Define Cultural Studies Classroom's Tool Backpack as Y; so Y = 14. Define Photography Studio's Camera Backpack as C; so C = Y = 14. Define Tool Backpack's Acrylic Paint as BACK. Define Ceramics Studio's Tool Backpack as W; so W = 14 + C = 14 + 14 = 5. | 5 | hard | 3 |
751 | The number of each Ceramics Studio's Biking Backpack equals 11. The number of each Literature Classroom's Crossfit Backpack equals the difference of each Literature Classroom's Biking Backpack and each Cedarwood Elementary's Ceramics Studio. The number of each Cedarwood Elementary's Ceramics Studio equals 8. The number of each Ceramics Studio's Snowboard Backpack equals each Cedarwood Elementary's Ceramics Studio. The number of each Literature Classroom's Biking Backpack equals each Cedarwood Elementary's Ceramics Studio. The number of each Meadowbrook Primary's Ceramics Studio equals 22 times as much as the difference of each Cedarwood Elementary's Ceramics Studio and each Meadowbrook Primary's Literature Classroom. The number of each Literature Classroom's Snowboard Backpack equals 12. The number of each Ceramics Studio's Crossfit Backpack equals 1. The number of each Cedarwood Elementary's Literature Classroom equals the sum of each Literature Classroom's Crossfit Backpack, each Cedarwood Elementary's Ceramics Studio and each Literature Classroom's Biking Backpack. The number of each Meadowbrook Primary's Literature Classroom equals 15 times as much as the difference of each Ceramics Studio's Crossfit Backpack and each Ceramics Studio's Biking Backpack. How many Crossfit Backpack does Ceramics Studio have? | Define Ceramics Studio's Crossfit Backpack as o; so o = 1. | 1 | med | 1 |
752 | The number of each Insectarium of Washington DC's Turtle Pond equals 16. The number of each Turtle Pond's Camel equals 5. The number of each Houston Insectarium's Salamander Stream equals each Insectarium of Washington DC's Animal. The number of each Salamander Stream's Zebra equals each Turtle Pond's Camel. The number of each Turtle Pond's Tiger equals 6 more than each Turtle Pond's Camel. The number of each Insectarium of Washington DC's Salamander Stream equals 9. The number of each Houston Insectarium's Newt Nook equals 8. How many Salamander Stream does Houston Insectarium have? | Define Turtle Pond's Camel as A; so A = 5. Define Insectarium of Washington DC's Enclosure as BACK. Define Turtle Pond's Tiger as Y; so Y = 6 + A = 6 + 5 = 11. Define Turtle Pond's Animal as b; so b = Y + A = 11 + 5 = 16. Define Salamander Stream's Zebra as n; so n = A = 5. Define Houston Insectarium's Salamander Stream as BACK. Define Insectarium of Washington DC's Salamander Stream as Z; so Z = 9. Define Salamander Stream's Animal as X; so X = n = 5. Define Insectarium of Washington DC's Turtle Pond as U; so U = 16. Define Houston Insectarium's Animal as BACK. Define Houston Insectarium's Salamander Stream as BACK. Define Insectarium of Washington DC's Animal as i; c = U * b = 16 * 16 = 3; t = Z * X = 9 * 5 = 22; so i = c + t = 3 + 22 = 2. Define Houston Insectarium's Salamander Stream as F; so F = i = 2. | 2 | med | 11 |
753 | The number of each Taiga Forest's Panda equals 0 more than the sum of each Spinal Cord's Hair Follicle Cells, each Taiga Forest's Lion and each Panda's Spinal Cord. The number of each Hypothalamus's Hair Follicle Cells equals 0. The number of each Cloud Forest's Lion equals each Spinal Cord's Cells. The number of each Spinal Cord's Mucous Cells equals the sum of each Armadillo's Hypothalamus, each Panda's Spinal Cord and each Spinal Cord's Hair Follicle Cells. The number of each Taiga Forest's Lion equals 17. The number of each Spinal Cord's Hair Follicle Cells equals 21. The number of each Cloud Forest's Panda equals 18. The number of each Cloud Forest's Armadillo equals 13 times as much as each Armadillo's Spinal Cord. The number of each Lion's Spinal Cord equals 5 times as much as each Panda's Organs. The number of each Spinal Cord's Intestinal Absorptive Cells equals 17 more than the difference of each Taiga Forest's Armadillo and each Hypothalamus's Hair Follicle Cells. The number of each Taiga Forest's Armadillo equals the sum of each Armadillo's Hypothalamus, each Spinal Cord's Hair Follicle Cells, each Panda's Spinal Cord and each Panda's Organs. The number of each Armadillo's Hypothalamus equals 3 more than the difference of each Panda's Spinal Cord and each Spinal Cord's Hair Follicle Cells. The number of each Hypothalamus's Intestinal Absorptive Cells equals 12 more than each Panda's Spinal Cord. The number of each Lion's Hypothalamus equals each Armadillo's Spinal Cord. The number of each Hypothalamus's Mucous Cells equals the difference of each Taiga Forest's Armadillo and each Cloud Forest's Armadillo. The number of each Armadillo's Spinal Cord equals each Taiga Forest's Lion. The number of each Panda's Spinal Cord equals each Spinal Cord's Hair Follicle Cells. How many Hypothalamus does Armadillo have? | Define Spinal Cord's Hair Follicle Cells as Y; so Y = 21. Define Cloud Forest's Armadillo as BACK. Define Panda's Spinal Cord as j; so j = Y = 21. Define Armadillo's Hypothalamus as W; Q = j - Y = 21 - 21 = 0; so W = 3 + Q = 3 + 0 = 3. | 3 | hard | 4 |
754 | The number of each Finch's Metacarpal IV equals 14. The number of each Newt Nook's Finch equals each Parrot's Bone. The number of each Finch's Ulnar Carpal equals 8 times as much as each Finch's Metacarpal IV. The number of each Newt Nook's Parrot equals each Parrot's Middle Phalanx. The number of each Parrot's Middle Phalanx equals each Finch's Ulnar Carpal. How many Animal does Newt Nook have? | Define Finch's Bone as BACK. Define Newt Nook's Animal as BACK. Define Finch's Metacarpal IV as e; so e = 14. Define Newt Nook's Finch as BACK. Define Newt Nook's Parrot as BACK. Define Parrot's Bone as BACK. Define Finch's Bone as BACK. Define Newt Nook's Bone as BACK. Define Newt Nook's Animal as BACK. Define Parrot's Middle Phalanx as BACK. Define Finch's Ulnar Carpal as C; so C = 8 * e = 8 * 14 = 20. Define Parrot's Middle Phalanx as s; so s = C = 20. Define Parrot's Bone as m; so m = s = 20. Define Newt Nook's Finch as S; so S = m = 20. Define Newt Nook's Bone as BACK. Define Newt Nook's Animal as BACK. Define Newt Nook's Parrot as X; so X = s = 20. Define Newt Nook's Animal as E; so E = S + X = 20 + 20 = 17. | 17 | hard | 7 |
755 | The number of each Stentor's Nasal Cavity equals 10 times as much as the difference of each Millennium Park in Chicago's Organs and each Ibirapuera Park in São Paulo's E coli. The number of each Millennium Park in Chicago's Vorticella equals each Tiergarten in Berlin's E coli. The number of each Vorticella's Diaphragm equals 11. The number of each Tiergarten in Berlin's E coli equals 12. The number of each Ibirapuera Park in São Paulo's E coli equals each Tiergarten in Berlin's E coli. The number of each Vorticella's Nasopharynx equals each Ibirapuera Park in São Paulo's E coli. The number of each Tiergarten in Berlin's Stentor equals 12. The number of each E coli's Nasopharynx equals 11. The number of each Stentor's Diaphragm equals 13. How many Creatures does Ibirapuera Park in São Paulo have? | Define Millennium Park in Chicago's Organs as BACK. Define Tiergarten in Berlin's E coli as c; so c = 12. Define Ibirapuera Park in São Paulo's E coli as q; so q = c = 12. Define Stentor's Organs as BACK. Define Ibirapuera Park in São Paulo's Creatures as A; so A = q = 12. | 12 | med | 3 |
756 | The number of each Owl Forest's Leopard equals 17. The number of each Owl Forest's Deer equals 0 more than each Owl Forest's Leopard. The number of each Kiwi House's Deer equals 20. The number of each Kiwi House's Leopard equals each Owl Forest's Animal. How many Deer does Owl Forest have? | Define Owl Forest's Deer as BACK. Define Owl Forest's Leopard as c; so c = 17. Define Kiwi House's Animal as BACK. Define Owl Forest's Deer as F; so F = 0 + c = 0 + 17 = 17. | 17 | med | 2 |
757 | The number of each Canned Soups's Lamb equals 19 times as much as the difference of each Canned Sauces's Ham and each Canned Soups's Chicken Breast. The number of each Canned Beans's Ham equals 18. The number of each Canned Sauces's Lamb equals each Canned Sauces's Ham. The number of each Canned Tuna's Lamb equals each Canned Soups's Chicken Breast. The number of each Canned Soups's Chicken equals 11. The number of each Canned Sauces's Chicken Breast equals 21. The number of each Canned Sauces's Ham equals each Canned Soups's Chicken. The number of each Canned Tuna's Ham equals each Canned Sauces's Ham. The number of each Canned Beans's Lamb equals 17. The number of each Canned Soups's Chicken Breast equals each Canned Soups's Chicken. The number of each Canned Soups's Ham equals each Canned Beans's Chicken Breast. The number of each Canned Beans's Chicken Breast equals 5 times as much as the sum of each Canned Beans's Lamb and each Canned Beans's Ham. How many Ingredient does Canned Beans have? | Define Canned Beans's Lamb as u; so u = 17. Define Canned Beans's Chicken Breast as BACK. Define Canned Soups's Lamb as BACK. Define Canned Sauces's Ingredient as BACK. Define Canned Tuna's Lamb as BACK. Define Canned Sauces's Ham as BACK. Define Canned Beans's Ham as w; so w = 18. Define Canned Beans's Chicken Breast as Q; g = u + w = 17 + 18 = 12; so Q = 5 * g = 5 * 12 = 14. Define Canned Beans's Ingredient as S; P = w + Q = 18 + 14 = 9; so S = P + u = 9 + 17 = 3. | 3 | hard | 6 |
758 | The number of each Mobile Home Park's Market Basket equals 14 more than the difference of each Bungalow Colony's Dollar Tree and each Beach Homes's Smart & Final. The number of each Bungalow Colony's Dollar General equals 20 times as much as each Townhouse Development's Smart & Final. The number of each Beach Homes's Smart & Final equals 18. The number of each Bungalow Colony's Dollar Tree equals each Beach Homes's Smart & Final. The number of each Townhouse Development's Smart & Final equals 4 more than the sum of each Mobile Home Park's Market Basket, each Beach Homes's Smart & Final and each Bungalow Colony's Dollar Tree. How many Smart & Final does Townhouse Development have? | Define Beach Homes's Smart & Final as Y; so Y = 18. Define Bungalow Colony's Supermarket as BACK. Define Bungalow Colony's Dollar Tree as M; so M = Y = 18. Define Mobile Home Park's Market Basket as P; G = M - Y = 18 - 18 = 0; so P = 14 + G = 14 + 0 = 14. Define Townhouse Development's Smart & Final as X; K = P + Y = 14 + 18 = 9; T = K + M = 9 + 18 = 4; so X = 4 + T = 4 + 4 = 8. | 8 | med | 7 |
759 | The number of each Renaissance District's Earth Fare equals 15. The number of each Cultural Landscape's Jimbo's Naturally equals 19 times as much as each Renaissance District's Supermarket. How many Supermarket does Renaissance District have? | Define Renaissance District's Earth Fare as e; so e = 15. Define Cultural Landscape's Supermarket as BACK. Define Cultural Landscape's Jimbo's Naturally as BACK. Define Renaissance District's Supermarket as n; so n = e = 15. | 15 | med | 2 |
760 | The number of each Stick Insect Forest's Panda equals 14. The number of each San Antonio Zoo's Ladybug Loft equals the sum of each Lotherton Hall Bird Garden's Ant Farm, each Kuala Lumpur Bird Park's Stick Insect Forest, each San Antonio Zoo's Ant Farm and each Stick Insect Forest's Panda. The number of each Stick Insect Forest's Camel equals the sum of each Kuala Lumpur Bird Park's Enclosure and each Kuala Lumpur Bird Park's Ant Farm. The number of each Ant Farm's Lion equals the sum of each Lotherton Hall Bird Garden's Ant Farm, each San Antonio Zoo's Ladybug Loft, each San Antonio Zoo's Ant Farm and each Flamingo Gardens's Ant Farm. The number of each San Antonio Zoo's Ant Farm equals 22 more than each Kuala Lumpur Bird Park's Stick Insect Forest. The number of each Ant Farm's Panda equals the difference of each Stick Insect Forest's Animal and each Stick Insect Forest's Lion. The number of each Flamingo Gardens's Ant Farm equals the sum of each Stick Insect Forest's Panda, each San Antonio Zoo's Ladybug Loft, each Lotherton Hall Bird Garden's Ant Farm and each San Antonio Zoo's Ant Farm. The number of each Stick Insect Forest's Lion equals each Ant Farm's Camel. The number of each Kuala Lumpur Bird Park's Ant Farm equals 2 more than the sum of each Stick Insect Forest's Lion and each Ant Farm's Camel. The number of each Ladybug Loft's Panda equals each Kuala Lumpur Bird Park's Ant Farm. The number of each Kuala Lumpur Bird Park's Stick Insect Forest equals 20. The number of each Ant Farm's Camel equals 19. The number of each Flamingo Gardens's Ladybug Loft equals 16. The number of each Ladybug Loft's Camel equals the sum of each Ant Farm's Lion, each Lotherton Hall Bird Garden's Ant Farm, each San Antonio Zoo's Ant Farm and each Flamingo Gardens's Ant Farm. The number of each Lotherton Hall Bird Garden's Ant Farm equals 0 more than each San Antonio Zoo's Ant Farm. How many Ant Farm does Kuala Lumpur Bird Park have? | Define San Antonio Zoo's Ladybug Loft as BACK. Define Flamingo Gardens's Enclosure as BACK. Define Ant Farm's Animal as BACK. Define Lotherton Hall Bird Garden's Ant Farm as BACK. Define San Antonio Zoo's Animal as BACK. Define Ant Farm's Camel as N; so N = 19. Define Stick Insect Forest's Lion as A; so A = N = 19. Define Kuala Lumpur Bird Park's Ant Farm as V; f = A + N = 19 + 19 = 15; so V = 2 + f = 2 + 15 = 17. | 17 | hard | 4 |
761 | The number of each BriarPatch Food Co-op's Dried Fruit equals the sum of each Dried Fruit's Pear and each Dried Fruit's Mango. The number of each Salsa's Pear equals 13 times as much as each Dried Fruit's Mango. The number of each Golf Course Community's Lakewinds Food Co-op equals 16 times as much as each Dried Fruit's Pear. The number of each Lakewinds Food Co-op's Salsa equals 14 more than the difference of each Rural Homes's Lakewinds Food Co-op and each Salsa's Pear. The number of each Lakewinds Food Co-op's Dried Fruit equals each Dried Fruit's Ingredient. The number of each Dried Fruit's Pear equals 10. The number of each Rural Homes's Lakewinds Food Co-op equals the sum of each Dried Fruit's Pear, each Golf Course Community's Lakewinds Food Co-op and each Dried Fruit's Mango. The number of each Salsa's Raspberry equals 6. The number of each Farmhouses's Lakewinds Food Co-op equals 8. The number of each Dried Fruit's Mango equals 6 more than the difference of each Dried Fruit's Pear and each Golf Course Community's Lakewinds Food Co-op. The number of each Rural Homes's BriarPatch Food Co-op equals 15. How many Lakewinds Food Co-op does Farmhouses have? | Define Farmhouses's Product as BACK. Define Farmhouses's Lakewinds Food Co-op as M; so M = 8. | 8 | med | 1 |
762 | The number of each Gila Monster's Hypurals equals the sum of each Anaconda's Epicentrals, each Kelp Forest Tank's Bone, each Rattlesnake's Bone and each Detroit Zoo's Animal. The number of each Octopus Den's Gila Monster equals the difference of each Anaconda's Epicentrals and each Anaconda's Haemal Spines. The number of each Shark Tank's Anaconda equals 22 times as much as the sum of each Piranha Pond's Animal, each Crocodile's Bone and each Rattlesnake's Prezygapophyses. The number of each Calgary Zoo's Piranha Pond equals the difference of each Detroit Zoo's Enclosure and each Piranha Pond's Bone. The number of each Kelp Forest Tank's Rattlesnake equals 16 more than the difference of each Rattlesnake's Bone and each Rattlesnake's Prezygapophyses. The number of each Anaconda's Epicentrals equals 10. The number of each Edinburgh Zoo's Kelp Forest Tank equals each Toronto Zoo's Shark Tank. The number of each Rattlesnake's Prezygapophyses equals 16. The number of each Anaconda's Haemal Spines equals each Anaconda's Epicentrals. The number of each Toronto Zoo's Octopus Den equals 6 more than the sum of each Rattlesnake's Prezygapophyses, each Kelp Forest Tank's Rattlesnake and each Octopus Den's Crocodile. The number of each Toronto Zoo's Shark Tank equals 2. The number of each Octopus Den's Crocodile equals 12 times as much as each Detroit Zoo's Enclosure. How many Bone does Kelp Forest Tank have? | Define Rattlesnake's Prezygapophyses as g; so g = 16. Define Kelp Forest Tank's Animal as BACK. Define Rattlesnake's Bone as u; so u = g = 16. Define Kelp Forest Tank's Rattlesnake as T; D = u - g = 16 - 16 = 0; so T = 16 + D = 16 + 0 = 16. Define Kelp Forest Tank's Bone as S; so S = T * u = 16 * 16 = 3. | 3 | hard | 5 |
763 | The number of each Phoenix Insectarium's Snake Den equals each Anaconda Exhibit's Monkey. The number of each Anaconda Exhibit's Raccoon equals 14. The number of each Raccoon's Proximal Radials equals 12. The number of each Anaconda Exhibit's Monkey equals 11 times as much as each Raccoon's Proximal Radials. The number of each Austin Insectarium's Anaconda Exhibit equals each Anaconda Exhibit's Monkey. The number of each Austin Insectarium's Snake Den equals 18 times as much as each Anaconda Exhibit's Raccoon. The number of each Monkey's Prezygapophyses equals 16 more than each Austin Insectarium's Snake Den. The number of each Phoenix Insectarium's Anaconda Exhibit equals each Anaconda Exhibit's Monkey. The number of each Monkey's Proximal Radials equals the difference of each Snake Den's Bone and each Monkey's Prezygapophyses. How many Prezygapophyses does Monkey have? | Define Anaconda Exhibit's Raccoon as b; so b = 14. Define Austin Insectarium's Snake Den as f; so f = 18 * b = 18 * 14 = 22. Define Monkey's Prezygapophyses as C; so C = 16 + f = 16 + 22 = 15. | 15 | med | 3 |
764 | The number of each Costco's Tortillas equals 8 times as much as each Tortillas's Chicken Breast. The number of each WinCo Foods's Tortillas equals each WinCo Foods's Cinnamon Rolls. The number of each Cinnamon Rolls's Sausage equals 15 more than the sum of each Costco's Cinnamon Rolls and each Costco's Tortillas. The number of each Tortillas's Chicken Breast equals 22. The number of each Cinnamon Rolls's Chicken Breast equals the sum of each Costco's Product and each Costco's Tortillas. The number of each Tortillas's Sausage equals 8 times as much as the sum of each Cinnamon Rolls's Ingredient, each Costco's Cinnamon Rolls and each Costco's Product. The number of each WinCo Foods's Cinnamon Rolls equals 14 more than the sum of each Tortillas's Sausage and each Cinnamon Rolls's Ingredient. The number of each Costco's Cinnamon Rolls equals 5 more than the sum of each Tortillas's Chicken Breast and each Costco's Tortillas. How many Product does WinCo Foods have? | Define Costco's Cinnamon Rolls as BACK. Define Cinnamon Rolls's Ingredient as BACK. Define Tortillas's Chicken Breast as m; so m = 22. Define Costco's Tortillas as M; so M = 8 * m = 8 * 22 = 15. Define WinCo Foods's Product as BACK. Define Costco's Cinnamon Rolls as h; C = m + M = 22 + 15 = 14; so h = 5 + C = 5 + 14 = 19. Define Costco's Product as Q; so Q = M + h = 15 + 19 = 11. Define Cinnamon Rolls's Sausage as X; F = h + M = 19 + 15 = 11; so X = 15 + F = 15 + 11 = 3. Define Cinnamon Rolls's Ingredient as BACK. Define Cinnamon Rolls's Chicken Breast as S; so S = Q + M = 11 + 15 = 3. Define Tortillas's Ingredient as BACK. Define Cinnamon Rolls's Ingredient as I; so I = X + S = 3 + 3 = 6. Define Tortillas's Sausage as D; v = I + h = 6 + 19 = 2; p = v + Q = 2 + 11 = 13; so D = 8 * p = 8 * 13 = 12. Define WinCo Foods's Cinnamon Rolls as R; a = D + I = 12 + 6 = 18; so R = 14 + a = 14 + 18 = 9. Define WinCo Foods's Tortillas as n; so n = R = 9. Define Costco's Ingredient as BACK. Define WinCo Foods's Product as O; so O = n + R = 9 + 9 = 18. | 18 | hard | 16 |
765 | The number of each Dragonfly Delta's Squirrel equals 16 more than each Mantis Habitat's Bone. The number of each Squirrel's Coffin Bone equals the sum of each Mantis Habitat's Bone and each Insectarium of Washington DC's Enclosure. The number of each Insectarium of Washington DC's Dragonfly Delta equals the sum of each Mantis Habitat's Animal, each Mantis Habitat's Bone, each Dragonfly Delta's Leopard and each Dragonfly Delta's Animal. The number of each Cleveland Insectarium's Dragonfly Delta equals each Squirrel's Humerus. The number of each Dragonfly Delta's Leopard equals 21. The number of each Leopard's Fetlock equals 11 more than the sum of each Honeybee Hive's Kangaroo and each Detroit Insectarium's Mantis Habitat. The number of each Honeybee Hive's Kangaroo equals 0. The number of each Detroit Insectarium's Honeybee Hive equals the difference of each Dragonfly Delta's Leopard and each Honeybee Hive's Leopard. The number of each Leopard's Humerus equals each Insectarium of Washington DC's Enclosure. The number of each Squirrel's Humerus equals each Dragonfly Delta's Leopard. The number of each Honeybee Hive's Leopard equals the sum of each Squirrel's Humerus, each Insectarium of Washington DC's Enclosure, each Detroit Insectarium's Mantis Habitat and each Insectarium of Boston's Bone. The number of each Detroit Insectarium's Mantis Habitat equals each Honeybee Hive's Kangaroo. How many Animal does Insectarium of Washington DC have? | Define Dragonfly Delta's Squirrel as BACK. Define Cleveland Insectarium's Dragonfly Delta as BACK. Define Honeybee Hive's Leopard as BACK. Define Insectarium of Washington DC's Animal as BACK. Define Leopard's Humerus as BACK. Define Mantis Habitat's Bone as z; so z = 0. Define Squirrel's Coffin Bone as BACK. Define Honeybee Hive's Bone as BACK. Define Dragonfly Delta's Squirrel as R; so R = 16 + z = 16 + 0 = 16. Define Honeybee Hive's Leopard as BACK. Define Dragonfly Delta's Leopard as M; so M = 21. Define Dragonfly Delta's Animal as v; so v = M + R = 21 + 16 = 14. Define Mantis Habitat's Animal as E; so E = 0. Define Insectarium of Washington DC's Animal as BACK. Define Honeybee Hive's Bone as BACK. Define Squirrel's Coffin Bone as BACK. Define Insectarium of Washington DC's Dragonfly Delta as P; f = E + z = 0 + 0 = 0; n = f + M = 0 + 21 = 21; so P = n + v = 21 + 14 = 12. Define Insectarium of Washington DC's Animal as N; so N = P * v = 12 * 14 = 7. | 7 | hard | 9 |
766 | The number of each Pinnacle High's Geology Lab equals 7 times as much as the sum of each Riverview High's Backpack, each Riverview High's Forensic Lab and each Forensic Lab's Backpack. The number of each Anatomy Lab's Crafting Backpack equals 3 times as much as each Greenwood High's Anatomy Lab. The number of each Geology Lab's Drawstring Backpack equals each Lincoln High's Anatomy Lab. The number of each Anatomy Lab's Drawstring Backpack equals the difference of each Lincoln High's Anatomy Lab and each Lincoln High's Forensic Lab. The number of each Inorganic Chemistry Lab's Crafting Backpack equals each Anatomy Lab's Crafting Backpack. The number of each Lincoln High's Forensic Lab equals the sum of each Greenwood High's Anatomy Lab and each Anatomy Lab's Crafting Backpack. The number of each Lincoln High's Anatomy Lab equals each Greenwood High's Anatomy Lab. The number of each Riverview High's Forensic Lab equals 3. The number of each Geology Lab's Fishing Backpack equals the sum of each Geology Lab's Diaper Backpack, each Geology Lab's Drawstring Backpack and each Inorganic Chemistry Lab's Crafting Backpack. The number of each Pinnacle High's Anatomy Lab equals the sum of each Lincoln High's Classroom, each Riverview High's Backpack, each Forensic Lab's Diaper Backpack and each Pinnacle High's Geology Lab. The number of each Geology Lab's Diaper Backpack equals 14. The number of each Greenwood High's Anatomy Lab equals 12. The number of each Anatomy Lab's Diaper Backpack equals 10. The number of each Forensic Lab's Diaper Backpack equals 8. The number of each Greenwood High's Inorganic Chemistry Lab equals 11. How many Geology Lab does Pinnacle High have? | Define Forensic Lab's Diaper Backpack as W; so W = 8. Define Lincoln High's Anatomy Lab as BACK. Define Lincoln High's Classroom as BACK. Define Riverview High's Forensic Lab as H; so H = 3. Define Forensic Lab's Backpack as Y; so Y = W = 8. Define Geology Lab's Backpack as BACK. Define Riverview High's Backpack as S; so S = H * Y = 3 * 8 = 1. Define Greenwood High's Backpack as BACK. Define Pinnacle High's Backpack as BACK. Define Pinnacle High's Geology Lab as L; x = S + H = 1 + 3 = 4; V = x + Y = 4 + 8 = 12; so L = 7 * V = 7 * 12 = 15. | 15 | med | 7 |
767 | The number of each Achilles Tendon's Pericytes equals 17. The number of each Colorado Plateau Desert's Peregrine Falcon equals 8. The number of each Crow's Rotator Cuff equals 22. The number of each Rotator Cuff's Vascular Smooth Muscle Cells equals 9. The number of each Biceps's Satellite Cells equals 16 times as much as each Achilles Tendon's Pericytes. The number of each Biceps's Sphincter Muscle Cells equals the sum of each Crow's Cells, each Rotator Cuff's Pericytes and each Crow's Rotator Cuff. The number of each Peregrine Falcon's Biceps equals 16 times as much as the difference of each Achilles Tendon's Pericytes and each Biceps's Satellite Cells. The number of each Biceps's Vascular Smooth Muscle Cells equals 1. The number of each Great Basin Desert's Crow equals 8 times as much as each Peregrine Falcon's Cells. The number of each Peacock's Achilles Tendon equals 3. The number of each Rotator Cuff's Pericytes equals 20 times as much as each Rotator Cuff's Vascular Smooth Muscle Cells. The number of each Turkestan Desert's Peacock equals each Crow's Rotator Cuff. How many Sphincter Muscle Cells does Biceps have? | Define Peacock's Organs as BACK. Define Rotator Cuff's Vascular Smooth Muscle Cells as t; so t = 9. Define Peacock's Organs as BACK. Define Rotator Cuff's Pericytes as e; so e = 20 * t = 20 * 9 = 19. Define Crow's Rotator Cuff as v; so v = 22. Define Achilles Tendon's Cells as BACK. Define Turkestan Desert's Cells as BACK. Define Rotator Cuff's Cells as a; so a = e + t = 19 + 9 = 5. Define Crow's Cells as H; so H = v * a = 22 * 5 = 18. Define Biceps's Cells as BACK. Define Biceps's Sphincter Muscle Cells as B; j = H + e = 18 + 19 = 14; so B = j + v = 14 + 22 = 13. | 13 | med | 7 |
768 | The number of each Natural Grocers's Canned Fruits equals 12 more than the difference of each Natural Grocers's Canned Pasta and each MOM's Organic Market's Canned Fruits. The number of each Natural Grocers's Canned Pasta equals 4 more than the sum of each MOM's Organic Market's Product, each MOM's Organic Market's Canned Pasta and each MOM's Organic Market's Canned Fruits. The number of each MOM's Organic Market's Canned Fruits equals 12 times as much as each MOM's Organic Market's Canned Pasta. The number of each Earth Fare's Canned Pasta equals the sum of each MOM's Organic Market's Canned Fruits, each Natural Grocers's Product, each Natural Grocers's Canned Fruits and each Fresh Thyme Market's Canned Fruits. The number of each Fresh Thyme Market's Canned Fruits equals each Natural Grocers's Product. The number of each Earth Fare's Canned Fruits equals 2 times as much as the sum of each Fresh Thyme Market's Product, each Natural Grocers's Canned Fruits and each Natural Grocers's Canned Pasta. The number of each MOM's Organic Market's Canned Pasta equals 3. How many Product does Earth Fare have? | Define Fresh Thyme Market's Product as BACK. Define MOM's Organic Market's Canned Pasta as d; so d = 3. Define MOM's Organic Market's Canned Fruits as a; so a = 12 * d = 12 * 3 = 13. Define MOM's Organic Market's Product as l; so l = a + d = 13 + 3 = 16. Define Natural Grocers's Canned Pasta as T; Z = l + d = 16 + 3 = 19; t = Z + a = 19 + 13 = 9; so T = 4 + t = 4 + 9 = 13. Define Earth Fare's Canned Pasta as BACK. Define Natural Grocers's Product as BACK. Define Earth Fare's Product as BACK. Define Natural Grocers's Canned Fruits as D; I = T - a = 13 - 13 = 0; so D = 12 + I = 12 + 0 = 12. Define Fresh Thyme Market's Canned Fruits as BACK. Define Earth Fare's Canned Fruits as BACK. Define Natural Grocers's Product as n; so n = D + T = 12 + 13 = 2. Define Earth Fare's Canned Pasta as BACK. Define Fresh Thyme Market's Canned Fruits as F; so F = n = 2. Define Fresh Thyme Market's Product as q; so q = F = 2. Define Earth Fare's Product as BACK. Define Earth Fare's Canned Fruits as c; R = q + D = 2 + 12 = 14; v = R + T = 14 + 13 = 4; so c = 2 * v = 2 * 4 = 8. Define Earth Fare's Canned Pasta as p; Q = a + n = 13 + 2 = 15; W = Q + D = 15 + 12 = 4; so p = W + F = 4 + 2 = 6. Define Earth Fare's Product as h; so h = c + p = 8 + 6 = 14. | 14 | hard | 18 |
769 | The number of each StudyNet College's Earth Science Lab equals the sum of each NetLearn Institute's Classroom, each Modular Backpack's Oil Pastel, each Inorganic Chemistry Lab's Backpack and each Online Academy's Stationery. The number of each Modular Backpack's Oil Pastel equals each Chemistry Lab's Modular Backpack. The number of each StudyNet College's Chemistry Lab equals 0 more than each Modular Backpack's Stationery. The number of each Inorganic Chemistry Lab's Briefcase Backpack equals each Tool Backpack's Pastel. The number of each Tool Backpack's Watercolor Pencil equals the sum of each Modular Backpack's Stationery, each Chemistry Lab's Modular Backpack and each Modular Backpack's Oil Pastel. The number of each Earth Science Lab's Tool Backpack equals 18. The number of each Tool Backpack's Pastel equals 10. The number of each Modular Backpack's Charcoal Stick equals 0. The number of each Online Academy's Inorganic Chemistry Lab equals 7. The number of each Briefcase Backpack's Pastel equals 0 more than each Chemistry Lab's Backpack. The number of each Tool Backpack's Charcoal Stick equals 1 times as much as each Inorganic Chemistry Lab's Briefcase Backpack. The number of each Chemistry Lab's Modular Backpack equals 2 times as much as each Modular Backpack's Charcoal Stick. How many Chemistry Lab does StudyNet College have? | Define Inorganic Chemistry Lab's Backpack as BACK. Define Modular Backpack's Charcoal Stick as T; so T = 0. Define Online Academy's Backpack as BACK. Define Earth Science Lab's Backpack as BACK. Define Chemistry Lab's Modular Backpack as m; so m = 2 * T = 2 * 0 = 0. Define Inorganic Chemistry Lab's Briefcase Backpack as BACK. Define Modular Backpack's Oil Pastel as H; so H = m = 0. Define Online Academy's Stationery as BACK. Define Modular Backpack's Stationery as I; so I = T + H = 0 + 0 = 0. Define Briefcase Backpack's Pastel as BACK. Define StudyNet College's Chemistry Lab as t; so t = 0 + I = 0 + 0 = 0. | 0 | med | 5 |
770 | The number of each Freshwater Pond's Chimera equals each Cranial Nerves's Papillary Muscle Cells. The number of each Vampire's Autonomic Nerves equals 15. The number of each Thalamus's Papillary Muscle Cells equals the difference of each Freshwater Pond's Chimera and each Cranial Nerves's Papillary Muscle Cells. The number of each Thalamus's Vascular Smooth Muscle Cells equals the difference of each Freshwater Lake's Organs and each Freshwater Lake's Vampire. The number of each Cranial Nerves's Papillary Muscle Cells equals 7. The number of each Freshwater Pond's Werewolf equals 14. The number of each Freshwater Pond's Vampire equals each Freshwater Lake's Organs. The number of each Werewolf's Medulla Oblongata equals 20. The number of each Medulla Oblongata's Cardiac Muscle Cells equals each Thalamus's Papillary Muscle Cells. The number of each Medulla Oblongata's Papillary Muscle Cells equals 8. The number of each Cranial Nerves's Vascular Smooth Muscle Cells equals 6. The number of each Coral Reef's Werewolf equals the sum of each Cranial Nerves's Papillary Muscle Cells, each Werewolf's Medulla Oblongata and each Medulla Oblongata's Papillary Muscle Cells. The number of each Chimera's Cranial Nerves equals 9. The number of each Thalamus's Myoblasts equals 4 times as much as the sum of each Kraken's Cells and each Vampire's Cells. The number of each Freshwater Lake's Vampire equals 3 times as much as each Vampire's Autonomic Nerves. The number of each Chimera's Thalamus equals 4 more than each Vampire's Organs. The number of each Open Ocean's Kraken equals 13 times as much as the sum of each Freshwater Lake's Creatures and each Coral Reef's Creatures. How many Organs does Freshwater Lake have? | Define Vampire's Autonomic Nerves as U; so U = 15. Define Freshwater Lake's Vampire as p; so p = 3 * U = 3 * 15 = 22. Define Thalamus's Cells as BACK. Define Vampire's Organs as X; so X = U = 15. Define Freshwater Lake's Organs as R; so R = p * X = 22 * 15 = 8. | 8 | med | 4 |
771 | The number of each Music Room's Hiking Backpack equals 2. The number of each Philosophy Classroom's Wheeled Backpack equals the difference of each Overnight Backpack's Calligraphy Pen and each Music Room's Trekking Backpack. The number of each History Classroom's Overnight Backpack equals 1. The number of each Wheeled Backpack's Pencil equals each Music Room's Trekking Backpack. The number of each Overnight Backpack's Whiteboard Marker equals 16 more than the difference of each Music Room's Overnight Backpack and each Anthropology Classroom's Wheeled Backpack. The number of each Trekking Backpack's Pencil equals each Wheeled Backpack's Stationery. The number of each Overnight Backpack's Watercolor Pencil equals the sum of each Anthropology Classroom's Wheeled Backpack, each Wheeled Backpack's Stationery and each Wheeled Backpack's Pencil. The number of each Music Room's Wheeled Backpack equals each History Classroom's Hiking Backpack. The number of each History Classroom's Trekking Backpack equals 7 more than each Overnight Backpack's Calligraphy Pen. The number of each Anthropology Classroom's Wheeled Backpack equals each Music Room's Overnight Backpack. The number of each Music Room's Overnight Backpack equals 17. The number of each Philosophy Classroom's Overnight Backpack equals the sum of each History Classroom's Hiking Backpack and each History Classroom's Overnight Backpack. The number of each Overnight Backpack's Calligraphy Pen equals 7 times as much as the sum of each Music Room's Wheeled Backpack, each History Classroom's Overnight Backpack and each History Classroom's Hiking Backpack. The number of each History Classroom's Hiking Backpack equals each History Classroom's Overnight Backpack. The number of each Overnight Backpack's Pencil equals each Wheeled Backpack's Pencil. The number of each Music Room's Trekking Backpack equals 22 more than the sum of each History Classroom's Trekking Backpack and each Music Room's Wheeled Backpack. The number of each Anthropology Classroom's Hiking Backpack equals each Music Room's Wheeled Backpack. How many Stationery does Wheeled Backpack have? | Define Overnight Backpack's Watercolor Pencil as BACK. Define Overnight Backpack's Whiteboard Marker as BACK. Define History Classroom's Stationery as BACK. Define History Classroom's Backpack as BACK. Define Anthropology Classroom's Wheeled Backpack as BACK. Define History Classroom's Overnight Backpack as H; so H = 1. Define Overnight Backpack's Stationery as BACK. Define History Classroom's Hiking Backpack as k; so k = H = 1. Define Music Room's Wheeled Backpack as q; so q = k = 1. Define History Classroom's Trekking Backpack as BACK. Define Music Room's Trekking Backpack as BACK. Define Overnight Backpack's Calligraphy Pen as s; w = q + H = 1 + 1 = 2; f = w + k = 2 + 1 = 3; so s = 7 * f = 7 * 3 = 21. Define Overnight Backpack's Whiteboard Marker as BACK. Define History Classroom's Trekking Backpack as c; so c = 7 + s = 7 + 21 = 5. Define Music Room's Trekking Backpack as o; M = c + q = 5 + 1 = 6; so o = 22 + M = 22 + 6 = 5. Define Anthropology Classroom's Wheeled Backpack as BACK. Define Wheeled Backpack's Pencil as d; so d = o = 5. Define Wheeled Backpack's Stationery as A; so A = d = 5. | 5 | hard | 11 |
772 | The number of each Dasht-e Kavir's Sea Anemone equals the difference of each Dasht-e Kavir's Lobster and each Dasht-e Lut's Sea Anemone. The number of each Negev Desert's Lobster equals each Great Basin Desert's Lobster. The number of each Dasht-e Kavir's Lobster equals 21 times as much as each Dasht-e Lut's Sea Anemone. The number of each Great Basin Desert's Lobster equals 4. The number of each Great Basin Desert's Manta Ray equals 8 times as much as each Dasht-e Kavir's Manta Ray. The number of each Dasht-e Lut's Manta Ray equals each Dasht-e Kavir's Manatee. The number of each Great Basin Desert's Manatee equals each Great Basin Desert's Manta Ray. The number of each Negev Desert's Sea Anemone equals the difference of each Dasht-e Kavir's Manta Ray and each Great Basin Desert's Manta Ray. The number of each Dasht-e Lut's Manatee equals 5. The number of each Dasht-e Kavir's Manta Ray equals 17. The number of each Negev Desert's Manatee equals 16. The number of each Dasht-e Lut's Lobster equals each Negev Desert's Manatee. The number of each Dasht-e Kavir's Manatee equals 18 times as much as the difference of each Dasht-e Kavir's Manta Ray and each Great Basin Desert's Manta Ray. The number of each Great Basin Desert's Sea Anemone equals 6 more than each Dasht-e Kavir's Sea Anemone. The number of each Negev Desert's Manta Ray equals 22. The number of each Dasht-e Lut's Sea Anemone equals 21. How many Sea Anemone does Great Basin Desert have? | Define Dasht-e Kavir's Manatee as BACK. Define Negev Desert's Lobster as BACK. Define Dasht-e Lut's Sea Anemone as n; so n = 21. Define Dasht-e Kavir's Lobster as X; so X = 21 * n = 21 * 21 = 4. Define Great Basin Desert's Manatee as BACK. Define Great Basin Desert's Sea Anemone as BACK. Define Dasht-e Kavir's Sea Anemone as I; so I = X - n = 4 - 21 = 6. Define Dasht-e Lut's Creatures as BACK. Define Great Basin Desert's Sea Anemone as t; so t = 6 + I = 6 + 6 = 12. | 12 | hard | 4 |
773 | The number of each Bat's Appendix equals 10 more than each Mouth's Pericytes of Blood Vessels. The number of each Appendix's Osteocytes equals 17. The number of each Mouth's Keratinocytes equals each Appendix's Keratinocytes. The number of each Bat's Mouth equals 4 more than each Bat's Appendix. The number of each Mouth's Pericytes of Blood Vessels equals 8. The number of each Peacock's Appendix equals 5 times as much as each Bat's Organs. The number of each Taiga Forest's Bat equals each Bat's Mouth. The number of each Rainforest's Peacock equals 13 more than the sum of each Mouth's Cells and each Bat's Appendix. The number of each Tropical Monsoon Forest's Peacock equals each Appendix's Keratinocytes. The number of each Rainforest's Bat equals 8 more than each Tropical Monsoon Forest's Bat. The number of each Tropical Monsoon Forest's Bat equals the difference of each Appendix's Osteocytes and each Appendix's Keratinocytes. The number of each Appendix's Keratinocytes equals each Appendix's Osteocytes. The number of each Taiga Forest's Peacock equals 2. How many Organs does Peacock have? | Define Tropical Monsoon Forest's Creatures as BACK. Define Taiga Forest's Bat as BACK. Define Mouth's Pericytes of Blood Vessels as j; so j = 8. Define Bat's Appendix as v; so v = 10 + j = 10 + 8 = 18. Define Tropical Monsoon Forest's Cells as BACK. Define Rainforest's Cells as BACK. Define Bat's Mouth as y; so y = 4 + v = 4 + 18 = 22. Define Peacock's Organs as BACK. Define Rainforest's Cells as BACK. Define Appendix's Cells as BACK. Define Appendix's Keratinocytes as BACK. Define Bat's Organs as o; so o = v + y = 18 + 22 = 17. Define Rainforest's Peacock as BACK. Define Peacock's Appendix as x; so x = 5 * o = 5 * 17 = 16. Define Peacock's Organs as u; so u = x = 16. | 16 | med | 6 |
774 | The number of each Zebra's Lungs equals 3. The number of each Zebra's Carina equals 13 times as much as the sum of each Carina's Monocytes and each Zebra's Lungs. The number of each Lungs's Red Blood Cells equals 12 times as much as each Moose's Carina. The number of each Carina's Macrophages equals 5 times as much as the sum of each Zebra's Organs and each Zebra's Lungs. The number of each Bronchioles's Macrophages equals each Carina's Red Blood Cells. The number of each Moose's Bronchioles equals 18 times as much as each Carina's Red Blood Cells. The number of each Lungs's Macrophages equals 21. The number of each Carina's Monocytes equals 11 times as much as each Zebra's Lungs. The number of each Zebra's Bronchioles equals 10 times as much as the sum of each Zebra's Lungs and each Carina's Monocytes. The number of each Moose's Carina equals 15. The number of each Lungs's Monocytes equals the sum of each Zebra's Lungs, each Carina's Cells and each Zebra's Bronchioles. The number of each Bronchioles's Monocytes equals each Moose's Carina. The number of each Carina's Red Blood Cells equals 12 times as much as the sum of each Carina's Macrophages, each Zebra's Bronchioles and each Carina's Monocytes. How many Cells does Carina have? | Define Zebra's Lungs as Y; so Y = 3. Define Carina's Monocytes as N; so N = 11 * Y = 11 * 3 = 10. Define Bronchioles's Monocytes as BACK. Define Zebra's Bronchioles as G; o = Y + N = 3 + 10 = 13; so G = 10 * o = 10 * 13 = 15. Define Carina's Red Blood Cells as BACK. Define Moose's Cells as BACK. Define Zebra's Carina as m; p = N + Y = 10 + 3 = 13; so m = 13 * p = 13 * 13 = 8. Define Zebra's Organs as k; r = m + Y = 8 + 3 = 11; so k = r + G = 11 + 15 = 3. Define Bronchioles's Monocytes as BACK. Define Bronchioles's Cells as BACK. Define Carina's Macrophages as b; T = k + Y = 3 + 3 = 6; so b = 5 * T = 5 * 6 = 7. Define Carina's Cells as BACK. Define Lungs's Monocytes as BACK. Define Moose's Bronchioles as BACK. Define Lungs's Red Blood Cells as BACK. Define Moose's Organs as BACK. Define Bronchioles's Macrophages as BACK. Define Carina's Red Blood Cells as Q; v = b + G = 7 + 15 = 22; W = v + N = 22 + 10 = 9; so Q = 12 * W = 12 * 9 = 16. Define Moose's Cells as BACK. Define Carina's Cells as A; F = N + b = 10 + 7 = 17; so A = F + Q = 17 + 16 = 10. | 10 | hard | 15 |
775 | The number of each Pleasant Hill Primary's Botany Lab equals each Meadowbrook Primary's Inorganic Chemistry Lab. The number of each Meadowbrook Primary's Inorganic Chemistry Lab equals 16. The number of each Pleasant Hill Primary's Inorganic Chemistry Lab equals 18 more than the difference of each Meadowbrook Primary's Classroom and each Meadowbrook Primary's Inorganic Chemistry Lab. The number of each Meadowbrook Primary's Botany Lab equals 17 more than each Meadowbrook Primary's Inorganic Chemistry Lab. How many Classroom does Pleasant Hill Primary have? | Define Meadowbrook Primary's Classroom as BACK. Define Pleasant Hill Primary's Classroom as BACK. Define Meadowbrook Primary's Botany Lab as BACK. Define Meadowbrook Primary's Inorganic Chemistry Lab as v; so v = 16. Define Pleasant Hill Primary's Inorganic Chemistry Lab as BACK. Define Meadowbrook Primary's Botany Lab as r; so r = 17 + v = 17 + 16 = 10. Define Pleasant Hill Primary's Inorganic Chemistry Lab as BACK. Define Pleasant Hill Primary's Classroom as BACK. Define Meadowbrook Primary's Classroom as l; so l = v + r = 16 + 10 = 3. Define Pleasant Hill Primary's Inorganic Chemistry Lab as b; D = l - v = 3 - 16 = 10; so b = 18 + D = 18 + 10 = 5. Define Pleasant Hill Primary's Classroom as BACK. Define Pleasant Hill Primary's Botany Lab as h; so h = v = 16. Define Pleasant Hill Primary's Classroom as x; so x = b + h = 5 + 16 = 21. | 21 | hard | 7 |
776 | The number of each Tuna's Metacarpal Bones equals each Tuna's Radius. The number of each Mahi Mahi's Metacarpal Bones equals 2 more than the sum of each Tuna's Radius, each Mahi Mahi's Fetlock and each Anchovy's Radius. The number of each Tuna's Fetlock equals 5. The number of each Mahi Mahi's Radius equals 1. The number of each Anchovy's Fetlock equals 5. The number of each Mahi Mahi's Fetlock equals 2. The number of each Anchovy's Radius equals 7. The number of each Tuna's Radius equals each Mahi Mahi's Fetlock. The number of each Anchovy's Metacarpal Bones equals 19 more than each Mahi Mahi's Radius. How many Radius does Tuna have? | Define Mahi Mahi's Metacarpal Bones as BACK. Define Tuna's Bone as BACK. Define Mahi Mahi's Fetlock as n; so n = 2. Define Tuna's Radius as c; so c = n = 2. | 2 | hard | 2 |
777 | The number of each Central High's Weight Training Room equals each Weight Training Room's Backpack. The number of each Weight Training Room's Multi-Pocket Backpack equals 17 more than each Rock Climbing Wall's Multi-Pocket Backpack. The number of each Rock Climbing Wall's Printed Backpack equals each Weight Training Room's Backpack. The number of each Eastside Secondary's Rock Climbing Wall equals 13. The number of each Weight Training Room's Printed Backpack equals 18 more than the sum of each Rock Climbing Wall's Multi-Pocket Backpack and each Weight Training Room's Multi-Pocket Backpack. The number of each Rock Climbing Wall's Multi-Pocket Backpack equals 19. How many Backpack does Weight Training Room have? | Define Central High's Classroom as BACK. Define Rock Climbing Wall's Multi-Pocket Backpack as y; so y = 19. Define Rock Climbing Wall's Backpack as BACK. Define Weight Training Room's Multi-Pocket Backpack as V; so V = 17 + y = 17 + 19 = 13. Define Rock Climbing Wall's Backpack as BACK. Define Weight Training Room's Printed Backpack as d; F = y + V = 19 + 13 = 9; so d = 18 + F = 18 + 9 = 4. Define Central High's Classroom as BACK. Define Central High's Weight Training Room as BACK. Define Weight Training Room's Backpack as r; so r = V + d = 13 + 4 = 17. | 17 | hard | 5 |
778 | The number of each Trekking Backpack's Hole Puncher equals each Electrical Engineering Lab's Wheeled Backpack. The number of each Electrical Engineering Lab's Wheeled Backpack equals 19 times as much as each Geometry Room's Stationery. The number of each Mechanical Engineering Lab's Trekking Backpack equals each Trekking Backpack's Hole Puncher. The number of each Wheeled Backpack's Hole Puncher equals 21 more than each Wheeled Backpack's Label Maker. The number of each Wheeled Backpack's Label Maker equals 22. The number of each Geometry Room's Wheeled Backpack equals 1 times as much as each Wheeled Backpack's Label Maker. How many Trekking Backpack does Mechanical Engineering Lab have? | Define Geometry Room's Wheeled Backpack as BACK. Define Wheeled Backpack's Label Maker as a; so a = 22. Define Trekking Backpack's Stationery as BACK. Define Wheeled Backpack's Hole Puncher as Q; so Q = 21 + a = 21 + 22 = 20. Define Electrical Engineering Lab's Stationery as BACK. Define Geometry Room's Backpack as BACK. Define Geometry Room's Wheeled Backpack as T; so T = 1 * a = 1 * 22 = 22. Define Wheeled Backpack's Stationery as y; so y = Q + a = 20 + 22 = 19. Define Electrical Engineering Lab's Wheeled Backpack as BACK. Define Mechanical Engineering Lab's Stationery as BACK. Define Geometry Room's Stationery as K; so K = T * y = 22 * 19 = 4. Define Electrical Engineering Lab's Wheeled Backpack as Z; so Z = 19 * K = 19 * 4 = 7. Define Mechanical Engineering Lab's Backpack as BACK. Define Trekking Backpack's Stationery as BACK. Define Mechanical Engineering Lab's Stationery as BACK. Define Mechanical Engineering Lab's Trekking Backpack as BACK. Define Trekking Backpack's Hole Puncher as b; so b = Z = 7. Define Mechanical Engineering Lab's Backpack as BACK. Define Mechanical Engineering Lab's Stationery as BACK. Define Mechanical Engineering Lab's Trekking Backpack as G; so G = b = 7. | 7 | hard | 8 |
779 | The number of each Riverview High's Robotics Lab equals 16 times as much as each Crestwood Secondary's Geometry Room. The number of each Hillcrest High's Robotics Lab equals 0 more than each Hillcrest High's Geometry Room. The number of each Crestwood Secondary's Geometry Room equals 1 times as much as the sum of each Hillcrest High's Geometry Room and each Crestwood Secondary's Electrical Engineering Lab. The number of each Hillcrest High's Geometry Room equals 21. The number of each Crestwood Secondary's Electrical Engineering Lab equals 16 times as much as the sum of each Hillcrest High's Classroom and each Hillcrest High's Geometry Room. How many Classroom does Crestwood Secondary have? | Define Riverview High's Robotics Lab as BACK. Define Hillcrest High's Geometry Room as Y; so Y = 21. Define Crestwood Secondary's Classroom as BACK. Define Hillcrest High's Robotics Lab as W; so W = 0 + Y = 0 + 21 = 21. Define Crestwood Secondary's Classroom as BACK. Define Hillcrest High's Classroom as z; so z = Y + W = 21 + 21 = 19. Define Crestwood Secondary's Electrical Engineering Lab as H; I = z + Y = 19 + 21 = 17; so H = 16 * I = 16 * 17 = 19. Define Riverview High's Classroom as BACK. Define Crestwood Secondary's Geometry Room as R; k = Y + H = 21 + 19 = 17; so R = 1 * k = 1 * 17 = 17. Define Riverview High's Classroom as BACK. Define Crestwood Secondary's Classroom as S; so S = R + H = 17 + 19 = 13. | 13 | hard | 8 |
780 | The number of each Laryngopharynx's Ciliated Epithelial Cells equals 0. The number of each Laryngopharynx's Gastric Parietal Cells equals 4 times as much as each Pleural Cavity's Endothelial Cells. The number of each Laryngopharynx's Endothelial Cells equals each Laryngopharynx's Gastric Parietal Cells. The number of each Lungs's Gastric Parietal Cells equals each Pleural Cavity's Gastric Parietal Cells. The number of each Pleural Cavity's Ciliated Epithelial Cells equals 17 more than the sum of each Lungs's Gastric Parietal Cells and each Lungs's Ciliated Epithelial Cells. The number of each Pleural Cavity's Gastric Parietal Cells equals each Lungs's Ciliated Epithelial Cells. The number of each Pleural Cavity's Endothelial Cells equals each Laryngopharynx's Ciliated Epithelial Cells. The number of each Lungs's Endothelial Cells equals the difference of each Pleural Cavity's Ciliated Epithelial Cells and each Lungs's Ciliated Epithelial Cells. The number of each Lungs's Ciliated Epithelial Cells equals 7 times as much as each Laryngopharynx's Cells. How many Endothelial Cells does Lungs have? | Define Laryngopharynx's Ciliated Epithelial Cells as s; so s = 0. Define Pleural Cavity's Endothelial Cells as b; so b = s = 0. Define Lungs's Endothelial Cells as BACK. Define Laryngopharynx's Gastric Parietal Cells as B; so B = 4 * b = 4 * 0 = 0. Define Laryngopharynx's Endothelial Cells as W; so W = B = 0. Define Laryngopharynx's Cells as P; C = B + W = 0 + 0 = 0; so P = C + s = 0 + 0 = 0. Define Lungs's Gastric Parietal Cells as BACK. Define Lungs's Ciliated Epithelial Cells as U; so U = 7 * P = 7 * 0 = 0. Define Pleural Cavity's Cells as BACK. Define Lungs's Cells as BACK. Define Pleural Cavity's Gastric Parietal Cells as f; so f = U = 0. Define Lungs's Endothelial Cells as BACK. Define Lungs's Gastric Parietal Cells as E; so E = f = 0. Define Pleural Cavity's Ciliated Epithelial Cells as n; N = E + U = 0 + 0 = 0; so n = 17 + N = 17 + 0 = 17. Define Lungs's Endothelial Cells as a; so a = n - U = 17 - 0 = 17. | 17 | med | 12 |
781 | The number of each Social Work Classroom's Mountaineering Backpack equals 22 times as much as each Journalism Lab's Top-Loading Backpack. The number of each Journalism Lab's Top-Loading Backpack equals 10. The number of each Political Science Room's Convertible Backpack equals each Journalism Lab's Top-Loading Backpack. The number of each Journalism Lab's Carry-On Backpack equals the sum of each Public Administration Classroom's Convertible Backpack, each Public Administration Classroom's Top-Loading Backpack, each Journalism Lab's Mountaineering Backpack and each Journalism Lab's Convertible Backpack. The number of each Public Administration Classroom's Convertible Backpack equals 19 times as much as the sum of each Public Administration Classroom's Top-Loading Backpack, each Journalism Lab's Mountaineering Backpack and each Journalism Lab's Convertible Backpack. The number of each Journalism Lab's Mountaineering Backpack equals 18. The number of each Social Work Classroom's Carry-On Backpack equals each Journalism Lab's Backpack. The number of each Public Administration Classroom's Mountaineering Backpack equals 20 more than each Journalism Lab's Top-Loading Backpack. The number of each Journalism Lab's Convertible Backpack equals 15 times as much as each Journalism Lab's Mountaineering Backpack. The number of each Political Science Room's Mountaineering Backpack equals 21 more than each Public Administration Classroom's Mountaineering Backpack. The number of each Political Science Room's Carry-On Backpack equals 17 more than each Public Administration Classroom's Carry-On Backpack. The number of each Social Work Classroom's Top-Loading Backpack equals the sum of each Journalism Lab's Top-Loading Backpack and each Public Administration Classroom's Mountaineering Backpack. The number of each Political Science Room's Top-Loading Backpack equals the sum of each Public Administration Classroom's Carry-On Backpack and each Journalism Lab's Mountaineering Backpack. The number of each Social Work Classroom's Convertible Backpack equals the sum of each Journalism Lab's Carry-On Backpack, each Journalism Lab's Backpack, each Journalism Lab's Top-Loading Backpack and each Social Work Classroom's Top-Loading Backpack. The number of each Public Administration Classroom's Carry-On Backpack equals each Public Administration Classroom's Convertible Backpack. The number of each Public Administration Classroom's Top-Loading Backpack equals 21 more than the difference of each Journalism Lab's Convertible Backpack and each Journalism Lab's Mountaineering Backpack. How many Carry-On Backpack does Journalism Lab have? | Define Social Work Classroom's Top-Loading Backpack as BACK. Define Social Work Classroom's Convertible Backpack as BACK. Define Journalism Lab's Mountaineering Backpack as d; so d = 18. Define Journalism Lab's Convertible Backpack as Z; so Z = 15 * d = 15 * 18 = 17. Define Social Work Classroom's Top-Loading Backpack as BACK. Define Journalism Lab's Carry-On Backpack as BACK. Define Political Science Room's Convertible Backpack as BACK. Define Public Administration Classroom's Top-Loading Backpack as r; p = Z - d = 17 - 18 = 22; so r = 21 + p = 21 + 22 = 20. Define Public Administration Classroom's Carry-On Backpack as BACK. Define Public Administration Classroom's Convertible Backpack as k; N = r + d = 20 + 18 = 15; T = N + Z = 15 + 17 = 9; so k = 19 * T = 19 * 9 = 10. Define Political Science Room's Convertible Backpack as BACK. Define Social Work Classroom's Convertible Backpack as BACK. Define Political Science Room's Carry-On Backpack as BACK. Define Political Science Room's Backpack as BACK. Define Journalism Lab's Carry-On Backpack as S; Q = k + r = 10 + 20 = 7; G = Q + d = 7 + 18 = 2; so S = G + Z = 2 + 17 = 19. | 19 | hard | 10 |
782 | The number of each Mozzarella Cheese's Cloves equals each Mozzarella Cheese's Thyme. The number of each Mozzarella Cheese's Thyme equals 7 times as much as each Mozzarella Cheese's Nutmeg. The number of each Monterey Jack Cheese's Thyme equals 21 times as much as each Monterey Jack Cheese's Cardamom. The number of each Mozzarella Cheese's Nutmeg equals 4. The number of each Ice Cream's Cloves equals 11. The number of each Ice Cream's Nutmeg equals 4. The number of each Ice Cream's Cardamom equals each Mozzarella Cheese's Nutmeg. The number of each Ice Cream's Thyme equals 22. The number of each Monterey Jack Cheese's Cardamom equals 0. The number of each Sour Cream's Cardamom equals 12. How many Ingredient does Mozzarella Cheese have? | Define Monterey Jack Cheese's Ingredient as BACK. Define Sour Cream's Ingredient as BACK. Define Mozzarella Cheese's Nutmeg as O; so O = 4. Define Ice Cream's Ingredient as BACK. Define Mozzarella Cheese's Thyme as y; so y = 7 * O = 7 * 4 = 5. Define Mozzarella Cheese's Cloves as M; so M = y = 5. Define Monterey Jack Cheese's Thyme as BACK. Define Mozzarella Cheese's Ingredient as l; g = O + y = 4 + 5 = 9; so l = g + M = 9 + 5 = 14. | 14 | med | 5 |
783 | The number of each Kangaroo's Alveoli equals each Giraffe's Alveoli. The number of each Giraffe's Laryngopharynx equals 3 times as much as the sum of each Giraffe's Alveoli and each Alveoli's Mast Cells. The number of each Giraffe's Alveoli equals 15 times as much as each Laryngopharynx's Mast Cells. The number of each Kangaroo's Respiratory Mucosa equals the sum of each Giraffe's Respiratory Mucosa, each Laryngopharynx's Mesenchymal Cells, each Giraffe's Alveoli and each Wolf's Cells. The number of each Wolf's Respiratory Mucosa equals the sum of each Laryngopharynx's Mast Cells, each Giraffe's Alveoli, each Alveoli's Mast Cells and each Kangaroo's Laryngopharynx. The number of each Laryngopharynx's Mast Cells equals 1 more than each Alveoli's Mast Cells. The number of each Alveoli's Mast Cells equals 15. The number of each Wolf's Laryngopharynx equals 15. The number of each Laryngopharynx's Mesenchymal Cells equals each Giraffe's Alveoli. The number of each Respiratory Mucosa's Mesenchymal Cells equals 19. The number of each Giraffe's Respiratory Mucosa equals 7 more than the sum of each Alveoli's Mast Cells, each Laryngopharynx's Mast Cells and each Respiratory Mucosa's Endothelial Cells of Blood Vessels. The number of each Alveoli's Endothelial Cells of Blood Vessels equals each Alveoli's Mesenchymal Cells. The number of each Kangaroo's Laryngopharynx equals 10. The number of each Alveoli's Mesenchymal Cells equals 1 more than the sum of each Wolf's Laryngopharynx and each Kangaroo's Laryngopharynx. The number of each Wolf's Alveoli equals 15. The number of each Laryngopharynx's Endothelial Cells of Blood Vessels equals the sum of each Alveoli's Mesenchymal Cells, each Respiratory Mucosa's Mesenchymal Cells, each Kangaroo's Laryngopharynx and each Wolf's Laryngopharynx. The number of each Respiratory Mucosa's Endothelial Cells of Blood Vessels equals each Laryngopharynx's Mast Cells. The number of each Respiratory Mucosa's Mast Cells equals 0. How many Alveoli does Kangaroo have? | Define Wolf's Respiratory Mucosa as BACK. Define Alveoli's Mast Cells as j; so j = 15. Define Laryngopharynx's Mast Cells as x; so x = 1 + j = 1 + 15 = 16. Define Giraffe's Organs as BACK. Define Alveoli's Cells as BACK. Define Giraffe's Alveoli as w; so w = 15 * x = 15 * 16 = 10. Define Kangaroo's Respiratory Mucosa as BACK. Define Laryngopharynx's Cells as BACK. Define Kangaroo's Alveoli as P; so P = w = 10. | 10 | hard | 4 |
784 | The number of each Legal District's Waitrose equals 13. The number of each Entertainment District's Asda equals the sum of each Legal District's Supermarket and each Tech Park's Supermarket. The number of each Waitrose's Cheese Puffs equals 9 more than the difference of each Kroger's Dried Fruit and each Cheese Puffs's Saffron. The number of each Dried Fruit's Paprika equals each Legal District's Product. The number of each Cookies's Nutmeg equals 6. The number of each Cheese Puffs's Saffron equals 4. The number of each Entertainment District's Kroger equals each Legal District's Waitrose. The number of each Tech Park's Walmart equals 0. The number of each Kroger's Potato Chips equals the sum of each Media District's Ingredient, each Cheese Puffs's Nutmeg, each Legal District's Product and each Waitrose's Ingredient. The number of each Kroger's Cookies equals each Media District's Supermarket. The number of each Cheese Puffs's Nutmeg equals the sum of each Media District's Waitrose, each Legal District's Waitrose and each Tech Park's Ingredient. The number of each Media District's Waitrose equals each Tech Park's Ingredient. The number of each Waitrose's Cookies equals each Tech Park's Supermarket. The number of each Kroger's Dried Fruit equals 8. The number of each Dried Fruit's Garlic Powder equals the sum of each Tech Park's Supermarket, each Tech Park's Walmart, each Kroger's Cookies and each Media District's Supermarket. How many Cookies does Kroger have? | Define Media District's Waitrose as BACK. Define Waitrose's Cheese Puffs as BACK. Define Kroger's Product as BACK. Define Tech Park's Walmart as X; so X = 0. Define Walmart's Ingredient as v; so v = 0. Define Tech Park's Ingredient as C; so C = X * v = 0 * 0 = 0. Define Media District's Waitrose as g; so g = C = 0. Define Waitrose's Ingredient as BACK. Define Media District's Supermarket as j; so j = g = 0. Define Kroger's Cookies as F; so F = j = 0. | 0 | med | 6 |
785 | The number of each Leprechaun's Pelvis equals 0. The number of each Leprechaun's Hamstrings equals 15 times as much as each Vampire's Cartilage. The number of each Unicorn's Hamstrings equals 19. The number of each Vampire's Cartilage equals each Unicorn's Pelvis. The number of each Unicorn's Pelvis equals 14. The number of each Vampire's Hamstrings equals each Unicorn's Organs. The number of each Vampire's Pelvis equals 7. How many Hamstrings does Leprechaun have? | Define Unicorn's Pelvis as y; so y = 14. Define Leprechaun's Organs as BACK. Define Leprechaun's Hamstrings as BACK. Define Vampire's Hamstrings as BACK. Define Vampire's Cartilage as s; so s = y = 14. Define Vampire's Organs as BACK. Define Leprechaun's Organs as BACK. Define Unicorn's Organs as BACK. Define Leprechaun's Hamstrings as z; so z = 15 * s = 15 * 14 = 3. | 3 | hard | 3 |
786 | The number of each Training Daypack's Calculator equals 21 more than each Counseling Room's Backpack. The number of each Gym Backpack's Correction Tape equals the difference of each Counseling Room's Training Daypack and each Counseling Room's Backpack. The number of each Surfing Backpack's Calculator equals the sum of each Archeology Lab's Surfing Backpack, each Gym Backpack's Stationery, each International Relations Classroom's Backpack and each International Relations Classroom's Surfing Backpack. The number of each Counseling Room's Gym Backpack equals 22. The number of each Surfing Backpack's Rubber Band equals 19. The number of each Counseling Room's Training Daypack equals 8 times as much as each Counseling Room's Gym Backpack. The number of each Gym Backpack's Calculator equals 15 more than the difference of each Counseling Room's Surfing Backpack and each Counseling Room's Gym Backpack. The number of each International Relations Classroom's Surfing Backpack equals the difference of each International Relations Classroom's Training Daypack and each Archeology Lab's Training Daypack. The number of each International Relations Classroom's Gym Backpack equals 22 more than the sum of each Gym Backpack's Calculator, each Training Daypack's Stationery and each Archeology Lab's Gym Backpack. The number of each Archeology Lab's Gym Backpack equals the sum of each Training Daypack's Rubber Band, each Counseling Room's Surfing Backpack and each Training Daypack's Push Pins. The number of each Training Daypack's Correction Tape equals the difference of each Counseling Room's Backpack and each Counseling Room's Training Daypack. The number of each Gym Backpack's Push Pins equals the sum of each Training Daypack's Correction Tape, each Counseling Room's Backpack and each Gym Backpack's Calculator. The number of each Surfing Backpack's Correction Tape equals 1. The number of each Counseling Room's Surfing Backpack equals 22. The number of each Training Daypack's Push Pins equals the sum of each Counseling Room's Training Daypack, each Counseling Room's Gym Backpack and each Training Daypack's Correction Tape. The number of each Archeology Lab's Surfing Backpack equals 21 times as much as the difference of each Training Daypack's Stationery and each Training Daypack's Rubber Band. The number of each Archeology Lab's Training Daypack equals the sum of each Training Daypack's Calculator and each Training Daypack's Push Pins. The number of each Gym Backpack's Rubber Band equals 16 more than the sum of each Archeology Lab's Gym Backpack, each Gym Backpack's Calculator and each Counseling Room's Surfing Backpack. The number of each International Relations Classroom's Training Daypack equals 1. The number of each Surfing Backpack's Push Pins equals 9 times as much as the sum of each Training Daypack's Correction Tape, each Archeology Lab's Backpack and each Archeology Lab's Training Daypack. The number of each Training Daypack's Rubber Band equals 1. How many Backpack does Archeology Lab have? | Define Counseling Room's Gym Backpack as c; so c = 22. Define Surfing Backpack's Calculator as BACK. Define Archeology Lab's Stationery as BACK. Define Training Daypack's Stationery as BACK. Define International Relations Classroom's Gym Backpack as BACK. Define Training Daypack's Calculator as BACK. Define Surfing Backpack's Push Pins as BACK. Define Counseling Room's Training Daypack as k; so k = 8 * c = 8 * 22 = 15. Define Counseling Room's Surfing Backpack as T; so T = 22. Define Archeology Lab's Backpack as BACK. Define Training Daypack's Calculator as BACK. Define Training Daypack's Stationery as BACK. Define Counseling Room's Backpack as o; N = c + T = 22 + 22 = 21; so o = N + k = 21 + 15 = 13. Define International Relations Classroom's Backpack as BACK. Define International Relations Classroom's Stationery as BACK. Define Surfing Backpack's Push Pins as BACK. Define Archeology Lab's Backpack as BACK. Define International Relations Classroom's Surfing Backpack as BACK. Define Training Daypack's Correction Tape as l; so l = o - k = 13 - 15 = 21. Define Training Daypack's Calculator as b; so b = 21 + o = 21 + 13 = 11. Define Training Daypack's Rubber Band as f; so f = 1. Define Training Daypack's Push Pins as F; O = k + c = 15 + 22 = 14; so F = O + l = 14 + 21 = 12. Define Surfing Backpack's Push Pins as BACK. Define Archeology Lab's Stationery as BACK. Define Gym Backpack's Push Pins as BACK. Define Training Daypack's Stationery as t; v = b + l = 11 + 21 = 9; B = v + f = 9 + 1 = 10; so t = B + F = 10 + 12 = 22. Define International Relations Classroom's Gym Backpack as BACK. Define International Relations Classroom's Surfing Backpack as BACK. Define Archeology Lab's Backpack as BACK. Define Archeology Lab's Surfing Backpack as S; H = t - f = 22 - 1 = 21; so S = 21 * H = 21 * 21 = 4. Define Archeology Lab's Training Daypack as p; so p = b + F = 11 + 12 = 0. Define Archeology Lab's Gym Backpack as Z; G = f + T = 1 + 22 = 0; so Z = G + F = 0 + 12 = 12. Define Archeology Lab's Backpack as Y; P = Z + S = 12 + 4 = 16; so Y = P + p = 16 + 0 = 16. | 16 | hard | 20 |
787 | The number of each Chlamydomonas's Anus equals 7. The number of each Chlamydomonas's Sigmoid Colon equals 18. How many Organs does Chlamydomonas have? | Define Chlamydomonas's Organs as BACK. Define Chlamydomonas's Anus as M; so M = 7. Define Chlamydomonas's Organs as BACK. Define Chlamydomonas's Sigmoid Colon as h; so h = 18. Define Chlamydomonas's Organs as G; so G = h + M = 18 + 7 = 2. | 2 | hard | 3 |
788 | The number of each Hypothalamus's Osteoclasts equals 2 more than the sum of each Autonomic Nerves's Tendon Cells and each Hypothalamus's Tendon Cells. The number of each Autonomic Nerves's Pericytes of Blood Vessels equals the sum of each Hypothalamus's Pericytes of Blood Vessels and each African Elephant's Autonomic Nerves. The number of each Jaguar's Temporal Lobe equals the sum of each Autonomic Nerves's Tendon Cells and each Hypothalamus's Pericytes of Blood Vessels. The number of each African Elephant's Medulla Oblongata equals the sum of each Autonomic Nerves's Cells, each Temporal Lobe's Pericytes of Blood Vessels, each Temporal Lobe's Cells and each Hypothalamus's Tendon Cells. The number of each Autonomic Nerves's Tendon Cells equals 22. The number of each Jaguar's Medulla Oblongata equals 11. The number of each Hypothalamus's Osteoblasts equals each Temporal Lobe's Pericytes of Blood Vessels. The number of each Medulla Oblongata's Pericytes of Blood Vessels equals each Autonomic Nerves's Tendon Cells. The number of each Zebra's Hypothalamus equals 11 more than the sum of each Autonomic Nerves's Tendon Cells, each Hypothalamus's Tendon Cells and each Hypothalamus's Osteoclasts. The number of each Hypothalamus's Tendon Cells equals 2. The number of each Temporal Lobe's Pericytes of Blood Vessels equals each African Elephant's Autonomic Nerves. The number of each Hypothalamus's Pericytes of Blood Vessels equals 22 more than each Hypothalamus's Osteoblasts. The number of each African Elephant's Autonomic Nerves equals 10. How many Pericytes of Blood Vessels does Autonomic Nerves have? | Define Autonomic Nerves's Pericytes of Blood Vessels as BACK. Define Autonomic Nerves's Cells as BACK. Define Zebra's Organs as BACK. Define Temporal Lobe's Pericytes of Blood Vessels as BACK. Define African Elephant's Autonomic Nerves as a; so a = 10. Define Temporal Lobe's Pericytes of Blood Vessels as Z; so Z = a = 10. Define Hypothalamus's Cells as BACK. Define Hypothalamus's Osteoblasts as I; so I = Z = 10. Define Hypothalamus's Pericytes of Blood Vessels as g; so g = 22 + I = 22 + 10 = 9. Define Hypothalamus's Osteoclasts as BACK. Define Autonomic Nerves's Pericytes of Blood Vessels as k; so k = g + a = 9 + 10 = 19. | 19 | hard | 5 |
789 | The number of each Danishes's Eggplant equals 7. The number of each T&T Supermarket's Pita Bread equals 20. The number of each Danishes's Onion equals the sum of each Mitsuwa Marketplace's Product and each Military District's Supermarket. The number of each Sedano's's Danishes equals the sum of each T&T Supermarket's Product and each T&T Supermarket's Ingredient. The number of each Military District's Mitsuwa Marketplace equals 20 more than the sum of each T&T Supermarket's Pita Bread and each Mitsuwa Marketplace's Ingredient. The number of each Military District's T&T Supermarket equals 15 more than the difference of each T&T Supermarket's Pita Bread and each Mitsuwa Marketplace's Ingredient. The number of each Police District's Sedano's equals each Danishes's Onion. How many Ingredient does Military District have? | Define T&T Supermarket's Pita Bread as w; so w = 20. Define Sedano's's Danishes as BACK. Define Mitsuwa Marketplace's Ingredient as s; so s = 0. Define Sedano's's Product as BACK. Define T&T Supermarket's Ingredient as BACK. Define Danishes's Onion as BACK. Define Military District's Ingredient as BACK. Define Military District's Mitsuwa Marketplace as X; H = w + s = 20 + 0 = 20; so X = 20 + H = 20 + 20 = 17. Define Military District's T&T Supermarket as T; f = w - s = 20 - 0 = 20; so T = 15 + f = 15 + 20 = 12. Define Pita Bread's Ingredient as n; so n = 0. Define Police District's Ingredient as BACK. Define T&T Supermarket's Ingredient as V; so V = w * n = 20 * 0 = 0. Define Military District's Ingredient as o; J = X * s = 17 * 0 = 0; C = T * V = 12 * 0 = 0; so o = J + C = 0 + 0 = 0. | 0 | med | 11 |
790 | The number of each Bald Eagle's Vocal Cords equals 13. The number of each Vocal Cords's Myeloblasts equals each Parrot's Trachea. The number of each Trachea's Plasma Cells equals 6 more than the sum of each Parrot's Trachea and each Parrot's Epiglottis. The number of each Parrot's Epiglottis equals 5. The number of each Parrot's Trachea equals each Parrot's Epiglottis. How many Cells does Trachea have? | Define Parrot's Epiglottis as h; so h = 5. Define Parrot's Trachea as x; so x = h = 5. Define Trachea's Plasma Cells as v; s = x + h = 5 + 5 = 10; so v = 6 + s = 6 + 10 = 16. Define Bald Eagle's Cells as BACK. Define Trachea's Cells as i; so i = v = 16. | 16 | med | 5 |
791 | The number of each Freshwater Lake's Butterfly equals the sum of each Butterfly's Wrist Joint and each Dragonfly's Pelvis. The number of each Wrist Joint's Eosinophils equals the difference of each Freshwater Lake's Creatures and each Pelvis's Eosinophils. The number of each Freshwater Lake's Dragonfly equals the sum of each Dragonfly's Organs, each Pelvis's Cells, each Dragonfly's Wrist Joint and each Dragonfly's Pelvis. The number of each Dragonfly's Wrist Joint equals each Pelvis's Eosinophils. The number of each Wrist Joint's Red Blood Cells equals 1 times as much as the difference of each Wrist Joint's Eosinophils and each Dragonfly's Wrist Joint. The number of each Butterfly's Pelvis equals 2 more than the sum of each Dragonfly's Pelvis, each Dragonfly's Cells and each Dragonfly's Wrist Joint. The number of each Coastal Ecosystem's Butterfly equals 6. The number of each Butterfly's Wrist Joint equals 19. The number of each Dragonfly's Pelvis equals 12 more than each Pelvis's Cells. The number of each Coastal Ecosystem's Dragonfly equals each Dragonfly's Pelvis. The number of each Pelvis's Eosinophils equals each Butterfly's Wrist Joint. How many Red Blood Cells does Wrist Joint have? | Define Butterfly's Wrist Joint as s; so s = 19. Define Coastal Ecosystem's Creatures as BACK. Define Pelvis's Eosinophils as p; so p = s = 19. Define Freshwater Lake's Dragonfly as BACK. Define Dragonfly's Cells as BACK. Define Freshwater Lake's Creatures as BACK. Define Dragonfly's Organs as BACK. Define Coastal Ecosystem's Creatures as BACK. Define Coastal Ecosystem's Cells as BACK. Define Dragonfly's Pelvis as BACK. Define Pelvis's Cells as Q; so Q = p = 19. Define Dragonfly's Pelvis as f; so f = 12 + Q = 12 + 19 = 8. Define Freshwater Lake's Cells as BACK. Define Dragonfly's Wrist Joint as C; so C = p = 19. Define Dragonfly's Organs as G; so G = C + f = 19 + 8 = 4. Define Freshwater Lake's Dragonfly as a; o = G + Q = 4 + 19 = 0; V = o + C = 0 + 19 = 19; so a = V + f = 19 + 8 = 4. Define Freshwater Lake's Butterfly as L; so L = s + f = 19 + 8 = 4. Define Freshwater Lake's Creatures as F; so F = L + a = 4 + 4 = 8. Define Wrist Joint's Eosinophils as H; so H = F - p = 8 - 19 = 12. Define Wrist Joint's Red Blood Cells as h; A = H - C = 12 - 19 = 16; so h = 1 * A = 1 * 16 = 16. | 16 | hard | 14 |
792 | The number of each Dasht-e Lut's Spirogyra equals each Karakum Desert's Organs. The number of each Karakum Desert's Tardigrade equals the sum of each Karakum Desert's Daphnia and each Tardigrade's Jejunum. The number of each Tardigrade's Jejunum equals 21. The number of each Daphnia's Cardia equals each Tardigrade's Jejunum. The number of each Spirogyra's Liver equals 18. The number of each Karakum Desert's Daphnia equals 15 times as much as each Tardigrade's Jejunum. The number of each Great Basin Desert's Spirogyra equals 12 more than each Spirogyra's Liver. How many Creatures does Dasht-e Lut have? | Define Tardigrade's Jejunum as s; so s = 21. Define Karakum Desert's Tardigrade as BACK. Define Daphnia's Cardia as l; so l = s = 21. Define Karakum Desert's Daphnia as e; so e = 15 * s = 15 * 21 = 16. Define Karakum Desert's Organs as BACK. Define Tardigrade's Organs as h; so h = s = 21. Define Karakum Desert's Tardigrade as T; so T = e + s = 16 + 21 = 14. Define Dasht-e Lut's Creatures as BACK. Define Karakum Desert's Organs as BACK. Define Daphnia's Organs as z; so z = l = 21. Define Dasht-e Lut's Creatures as BACK. Define Karakum Desert's Organs as C; A = T * h = 14 * 21 = 18; X = e * z = 16 * 21 = 14; so C = A + X = 18 + 14 = 9. Define Dasht-e Lut's Spirogyra as E; so E = C = 9. Define Spirogyra's Organs as BACK. Define Dasht-e Lut's Creatures as i; so i = E = 9. | 9 | med | 11 |
793 | The number of each Tropical Monsoon Forest's Woodpecker equals the sum of each Pulmonary Veins's Osteoblasts, each Mitral Valve's Tenocytes and each Owl's Mitral Valve. The number of each Owl's Pulmonary Veins equals each Mitral Valve's Tenocytes. The number of each Pulmonary Veins's Osteoblasts equals the sum of each Pulmonary Veins's Fibroblasts and each Mitral Valve's Tenocytes. The number of each Pulmonary Veins's Fibroblasts equals 16. The number of each Mitral Valve's Tenocytes equals 14 times as much as each Pulmonary Veins's Fibroblasts. The number of each Owl's Mitral Valve equals 6. The number of each Tropical Monsoon Forest's Owl equals 7 times as much as each Tropical Monsoon Forest's Flamingo. The number of each Tropical Monsoon Forest's Flamingo equals 19. How many Owl does Tropical Monsoon Forest have? | Define Mitral Valve's Tenocytes as BACK. Define Tropical Monsoon Forest's Flamingo as j; so j = 19. Define Tropical Monsoon Forest's Owl as i; so i = 7 * j = 7 * 19 = 18. | 18 | med | 2 |
794 | The number of each African Elephant's Vocal Cords equals 3 times as much as the difference of each Bois de Boulogne in Paris's Wolf and each African Elephant's Trachea. The number of each Bois de Boulogne in Paris's Wolf equals 7 more than each African Elephant's Trachea. The number of each Vocal Cords's Mast Cells equals 18. The number of each Trachea's Osteoclasts equals 7. The number of each African Elephant's Trachea equals 8. The number of each Wolf's Vocal Cords equals 21 more than the sum of each African Elephant's Vocal Cords, each African Elephant's Trachea and each Bois de Boulogne in Paris's Wolf. The number of each Bois de Boulogne in Paris's African Elephant equals each Trachea's Osteoclasts. How many Vocal Cords does Wolf have? | Define African Elephant's Vocal Cords as BACK. Define Wolf's Organs as BACK. Define African Elephant's Trachea as V; so V = 8. Define Bois de Boulogne in Paris's Wolf as b; so b = 7 + V = 7 + 8 = 15. Define African Elephant's Vocal Cords as C; B = b - V = 15 - 8 = 7; so C = 3 * B = 3 * 7 = 21. Define African Elephant's Cells as BACK. Define Wolf's Vocal Cords as y; P = C + V = 21 + 8 = 6; z = P + b = 6 + 15 = 21; so y = 21 + z = 21 + 21 = 19. | 19 | hard | 7 |
795 | The number of each Pelican Pier's Haddock equals each Pelican Pier's Marlin. The number of each Peacock Garden's Haddock equals each Melbourne Zoo's Pelican Pier. The number of each Singapore Zoo's Peacock Garden equals 3 more than the difference of each Pelican Pier's Swordfish and each Singapore Zoo's Pelican Pier. The number of each Bronx Zoo's Falcon Aviary equals 6. The number of each Singapore Zoo's Pelican Pier equals the sum of each Peacock Garden's Marlin, each Pelican Pier's Halibut, each Pelican Pier's Haddock and each Pelican Pier's Marlin. The number of each Melbourne Zoo's Falcon Aviary equals the sum of each Falcon Aviary's Haddock, each Singapore Zoo's Falcon Aviary, each Peacock Garden's Marlin and each Melbourne Zoo's Peacock Garden. The number of each Pelican Pier's Halibut equals 10. The number of each Peacock Garden's Marlin equals 1. The number of each Melbourne Zoo's Pelican Pier equals 21 more than the sum of each Peacock Garden's Marlin and each Pelican Pier's Swordfish. The number of each Pelican Pier's Marlin equals each Pelican Pier's Halibut. The number of each Bronx Zoo's Pelican Pier equals each Pelican Pier's Halibut. The number of each Falcon Aviary's Haddock equals the sum of each Pelican Pier's Swordfish, each Falcon Aviary's Marlin, each Melbourne Zoo's Peacock Garden and each Peacock Garden's Haddock. The number of each Melbourne Zoo's Peacock Garden equals 14 times as much as the difference of each Peacock Garden's Marlin and each Pelican Pier's Swordfish. The number of each Falcon Aviary's Halibut equals 6. The number of each Peacock Garden's Halibut equals 12 times as much as each Pelican Pier's Halibut. The number of each Bronx Zoo's Peacock Garden equals 15. The number of each Singapore Zoo's Falcon Aviary equals each Peacock Garden's Marlin. The number of each Pelican Pier's Swordfish equals 20 more than each Peacock Garden's Marlin. The number of each Falcon Aviary's Marlin equals 12. The number of each Falcon Aviary's Swordfish equals 12. How many Haddock does Pelican Pier have? | Define Singapore Zoo's Animal as BACK. Define Pelican Pier's Halibut as K; so K = 10. Define Melbourne Zoo's Animal as BACK. Define Pelican Pier's Marlin as W; so W = K = 10. Define Pelican Pier's Haddock as H; so H = W = 10. | 10 | hard | 3 |
796 | The number of each Stork's Occipital Lobe equals 9. The number of each Kingfisher's Spinal Nerves equals each Hypothalamus's Serous Cells. The number of each Cloud Forest's Kingfisher equals the sum of each Kingfisher's Spinal Nerves and each Stork's Occipital Lobe. The number of each Occipital Lobe's Cuboidal Epithelial Cells equals 12 more than each Spinal Nerves's Serous Cells. The number of each Occipital Lobe's Serous Cells equals 20 more than the difference of each Spinal Nerves's Serous Cells and each Occipital Lobe's Cuboidal Epithelial Cells. The number of each Cloud Forest's Albatross equals each Pine Forest's Kingfisher. The number of each Albatross's Hypothalamus equals 4 more than the sum of each Occipital Lobe's Ciliated Epithelial Cells, each Stork's Organs and each Spinal Nerves's Cells. The number of each Hypothalamus's Serous Cells equals 19. The number of each Pine Forest's Kingfisher equals 10. The number of each Pine Forest's Stork equals each Stork's Occipital Lobe. The number of each Spinal Nerves's Serous Cells equals 13. The number of each Occipital Lobe's Ciliated Epithelial Cells equals 6 more than the sum of each Occipital Lobe's Serous Cells and each Spinal Nerves's Serous Cells. How many Cells does Occipital Lobe have? | Define Spinal Nerves's Serous Cells as H; so H = 13. Define Occipital Lobe's Cuboidal Epithelial Cells as L; so L = 12 + H = 12 + 13 = 2. Define Albatross's Hypothalamus as BACK. Define Occipital Lobe's Serous Cells as a; t = H - L = 13 - 2 = 11; so a = 20 + t = 20 + 11 = 8. Define Kingfisher's Organs as BACK. Define Pine Forest's Creatures as BACK. Define Occipital Lobe's Ciliated Epithelial Cells as i; I = a + H = 8 + 13 = 21; so i = 6 + I = 6 + 21 = 4. Define Occipital Lobe's Cells as Q; b = a + L = 8 + 2 = 10; so Q = b + i = 10 + 4 = 14. | 14 | hard | 8 |
797 | The number of each Sainsbury's's Yogurt Covered Raisins equals 22. The number of each Primary School District's Tesco equals each Tesco's Yogurt Covered Raisins. The number of each Sainsbury's's Candy Bars equals 9. The number of each Vocational School District's Tesco equals each Tesco's Yogurt Covered Raisins. The number of each Tesco's Yogurt Covered Raisins equals 11 more than each Sainsbury's's Yogurt Covered Raisins. The number of each Vocational School District's Sainsbury's equals 7 more than each Primary School District's Tesco. The number of each Tesco's Candy Bars equals 8 more than each Tesco's Yogurt Covered Raisins. The number of each Primary School District's Sainsbury's equals each Sainsbury's's Candy Bars. How many Supermarket does Vocational School District have? | Define Sainsbury's's Yogurt Covered Raisins as E; so E = 22. Define Tesco's Yogurt Covered Raisins as J; so J = 11 + E = 11 + 22 = 10. Define Vocational School District's Tesco as V; so V = J = 10. Define Vocational School District's Product as BACK. Define Primary School District's Tesco as m; so m = J = 10. Define Primary School District's Supermarket as BACK. Define Vocational School District's Sainsbury's as K; so K = 7 + m = 7 + 10 = 17. Define Vocational School District's Supermarket as Z; so Z = V + K = 10 + 17 = 4. | 4 | hard | 6 |
798 | The number of each Carrefour's Cheese equals the sum of each Safeway's Milk and each Safeway's Mozzarella Cheese. The number of each Albertsons's Mozzarella Cheese equals 8. The number of each Asda's Milk equals each Albertsons's Cheese. The number of each Safeway's Cheese equals 11 times as much as each Asda's Mozzarella Cheese. The number of each Asda's Mozzarella Cheese equals 18 times as much as each Albertsons's Mozzarella Cheese. The number of each Safeway's Mozzarella Cheese equals 15 times as much as each Asda's Mozzarella Cheese. The number of each Carrefour's Milk equals the sum of each Safeway's Product and each Carrefour's Cheese. The number of each Albertsons's Cheese equals 10 more than each Albertsons's Milk. The number of each Safeway's Milk equals 4. The number of each Carrefour's Mozzarella Cheese equals each Safeway's Mozzarella Cheese. The number of each Albertsons's Milk equals 15. How many Product does Carrefour have? | Define Carrefour's Product as BACK. Define Albertsons's Mozzarella Cheese as H; so H = 8. Define Asda's Mozzarella Cheese as I; so I = 18 * H = 18 * 8 = 6. Define Safeway's Cheese as P; so P = 11 * I = 11 * 6 = 20. Define Carrefour's Milk as BACK. Define Safeway's Mozzarella Cheese as L; so L = 15 * I = 15 * 6 = 21. Define Safeway's Milk as z; so z = 4. Define Safeway's Product as l; u = P + z = 20 + 4 = 1; so l = u + L = 1 + 21 = 22. Define Carrefour's Cheese as A; so A = z + L = 4 + 21 = 2. Define Carrefour's Milk as m; so m = l + A = 22 + 2 = 1. Define Asda's Product as BACK. Define Albertsons's Cheese as BACK. Define Carrefour's Product as BACK. Define Albertsons's Product as BACK. Define Asda's Milk as BACK. Define Carrefour's Mozzarella Cheese as V; so V = L = 21. Define Asda's Product as BACK. Define Carrefour's Product as F; a = A + m = 2 + 1 = 3; so F = a + V = 3 + 21 = 1. | 1 | med | 12 |
799 | The number of each Parietal Lobe's Endothelial Cells of Blood Vessels equals 3. The number of each Spinal Nerves's Endothelial Cells of Blood Vessels equals each Parietal Lobe's Tendon Cells. The number of each Spinal Nerves's Tendon Cells equals 15. The number of each Parietal Lobe's Tendon Cells equals each Parietal Lobe's Endothelial Cells of Blood Vessels. How many Endothelial Cells of Blood Vessels does Spinal Nerves have? | Define Parietal Lobe's Endothelial Cells of Blood Vessels as Y; so Y = 3. Define Parietal Lobe's Tendon Cells as S; so S = Y = 3. Define Spinal Nerves's Cells as BACK. Define Spinal Nerves's Endothelial Cells of Blood Vessels as C; so C = S = 3. | 3 | hard | 3 |
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