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900 | The number of each Masai Mara's Rattlesnake Ravine equals 11. The number of each Ngorongoro Conservation Area's Python Palace equals 0. How many Enclosure does Ngorongoro Conservation Area have? | Define Ngorongoro Conservation Area's Python Palace as H; so H = 0. Define Ngorongoro Conservation Area's Enclosure as M; so M = H = 0. | 0 | med | 2 |
901 | The number of each BJ's Wholesale Club's Cheese equals 11 times as much as the sum of each Carrefour's Brie Cheese and each Carrefour's Cheese. The number of each BJ's Wholesale Club's Butter equals 17 more than each Wegmans's Cheese. The number of each Carrefour's Brie Cheese equals 17 times as much as each Carrefour's Cheese. The number of each Carrefour's Butter equals each BJ's Wholesale Club's Product. The number of each Wegmans's Butter equals each Wegmans's Cheese. The number of each Wegmans's Cheese equals 1 times as much as the difference of each BJ's Wholesale Club's Cheese and each Carrefour's Cheese. The number of each Wegmans's Brie Cheese equals each Wegmans's Cheese. The number of each Carrefour's Cheese equals 15. How many Butter does BJ's Wholesale Club have? | Define Carrefour's Cheese as k; so k = 15. Define Carrefour's Brie Cheese as O; so O = 17 * k = 17 * 15 = 2. Define Wegmans's Butter as BACK. Define BJ's Wholesale Club's Cheese as B; p = O + k = 2 + 15 = 17; so B = 11 * p = 11 * 17 = 3. Define BJ's Wholesale Club's Product as BACK. Define Wegmans's Product as BACK. Define Wegmans's Cheese as M; l = B - k = 3 - 15 = 11; so M = 1 * l = 1 * 11 = 11. Define BJ's Wholesale Club's Butter as a; so a = 17 + M = 17 + 11 = 5. | 5 | med | 7 |
902 | The number of each Yoyogi Park in Tokyo's Amoeba equals 14. The number of each Ueno Park in Tokyo's Amoeba equals each Tiergarten in Berlin's Euglena. The number of each Yoyogi Park in Tokyo's Chlamydomonas equals 18. The number of each Ueno Park in Tokyo's Chlamydomonas equals the sum of each Tiergarten in Berlin's Amoeba and each Ueno Park in Tokyo's Amoeba. The number of each Tiergarten in Berlin's Chlamydomonas equals 5 times as much as each Tiergarten in Berlin's Euglena. The number of each Yoyogi Park in Tokyo's Euglena equals 16 more than each Ueno Park in Tokyo's Chlamydomonas. The number of each Ueno Park in Tokyo's Euglena equals 22. The number of each Tiergarten in Berlin's Amoeba equals the sum of each Ueno Park in Tokyo's Amoeba, each Yoyogi Park in Tokyo's Amoeba and each Tiergarten in Berlin's Euglena. The number of each Tiergarten in Berlin's Euglena equals each Yoyogi Park in Tokyo's Amoeba. How many Euglena does Yoyogi Park in Tokyo have? | Define Yoyogi Park in Tokyo's Amoeba as v; so v = 14. Define Tiergarten in Berlin's Euglena as y; so y = v = 14. Define Ueno Park in Tokyo's Creatures as BACK. Define Ueno Park in Tokyo's Amoeba as p; so p = y = 14. Define Yoyogi Park in Tokyo's Creatures as BACK. Define Tiergarten in Berlin's Amoeba as e; w = p + v = 14 + 14 = 5; so e = w + y = 5 + 14 = 19. Define Yoyogi Park in Tokyo's Creatures as BACK. Define Tiergarten in Berlin's Creatures as BACK. Define Ueno Park in Tokyo's Chlamydomonas as b; so b = e + p = 19 + 14 = 10. Define Yoyogi Park in Tokyo's Euglena as A; so A = 16 + b = 16 + 10 = 3. | 3 | hard | 7 |
903 | The number of each Robotics Lab's Bookbag equals 2 more than each Metropolitan High's Civil Engineering Lab. The number of each Metropolitan High's Calculus Classroom equals 10. The number of each Metropolitan High's Robotics Lab equals 3. The number of each Civil Engineering Lab's Scholar Backpack equals the sum of each Metropolitan High's Robotics Lab, each Robotics Lab's Rolling Backpack and each Calculus Classroom's Bookbag. The number of each Robotics Lab's Rolling Backpack equals 22 times as much as the difference of each Metropolitan High's Robotics Lab and each Calculus Classroom's Bookbag. The number of each Calculus Classroom's Bookbag equals 21. The number of each Metropolitan High's Civil Engineering Lab equals 15. How many Calculus Classroom does Metropolitan High have? | Define Metropolitan High's Calculus Classroom as A; so A = 10. | 10 | hard | 1 |
904 | The number of each Canned Tomatoes's Sorghum equals the sum of each Kroger's Canned Tomatoes and each Canned Tuna's Sorghum. The number of each Kroger's Canned Tuna equals the sum of each Kroger's Canned Tomatoes and each Giant Eagle's Canned Tomatoes. The number of each Canned Tuna's Oats equals 17 more than each Giant Eagle's Canned Tomatoes. The number of each Canned Tomatoes's Oats equals 22 more than each Giant Eagle's Canned Tuna. The number of each Canned Tuna's Sorghum equals each Kroger's Canned Tomatoes. The number of each Giant Eagle's Canned Tuna equals each Canned Tuna's Sorghum. The number of each Giant Eagle's Canned Tomatoes equals 17. The number of each Kroger's Canned Tomatoes equals 6. How many Oats does Canned Tuna have? | Define Giant Eagle's Canned Tuna as BACK. Define Giant Eagle's Canned Tomatoes as I; so I = 17. Define Canned Tuna's Oats as Q; so Q = 17 + I = 17 + 17 = 11. | 11 | hard | 2 |
905 | The number of each School Daypack's Document Box equals 5. The number of each Ecology Lab's Messenger Backpack equals each School Daypack's Stationery. The number of each Padded Backpack's Binder equals 13. The number of each Ecology Lab's School Daypack equals 15 more than each School Daypack's Document Box. The number of each Physics Lab's Padded Backpack equals each Messenger Backpack's Document Wallet. The number of each Messenger Backpack's Binder equals each Ecology Lab's Backpack. The number of each Inorganic Chemistry Lab's Padded Backpack equals the difference of each Physics Lab's Padded Backpack and each Messenger Backpack's Document Wallet. The number of each Messenger Backpack's Document Wallet equals 19. How many Backpack does Ecology Lab have? | Define School Daypack's Document Box as Q; so Q = 5. Define Ecology Lab's Messenger Backpack as BACK. Define Ecology Lab's Backpack as BACK. Define School Daypack's Stationery as p; so p = Q = 5. Define Physics Lab's Padded Backpack as BACK. Define Ecology Lab's School Daypack as k; so k = 15 + Q = 15 + 5 = 20. Define Messenger Backpack's Stationery as BACK. Define Ecology Lab's Messenger Backpack as v; so v = p = 5. Define Padded Backpack's Stationery as BACK. Define Ecology Lab's Backpack as i; so i = k + v = 20 + 5 = 2. | 2 | hard | 5 |
906 | The number of each Herring's Caudal Vertebrae 5 equals 9 more than each Pike's Bone. The number of each Mahi Mahi's Caudal Vertebrae 8 equals 4 more than each Trout's Caudal Vertebrae 8. The number of each Herring's Caudal Vertebrae 6 equals each Herring's Caudal Vertebrae 1. The number of each Mahi Mahi's Caudal Vertebrae 1 equals 13. The number of each Mahi Mahi's Caudal Vertebrae 5 equals 11 more than the difference of each Mahi Mahi's Caudal Vertebrae 1 and each Trout's Caudal Vertebrae 8. The number of each Pike's Caudal Vertebrae 1 equals each Herring's Caudal Vertebrae 6. The number of each Herring's Caudal Vertebrae 1 equals each Mahi Mahi's Bone. The number of each Trout's Caudal Vertebrae 8 equals 7. How many Caudal Vertebrae 5 does Herring have? | Define Mahi Mahi's Caudal Vertebrae 1 as V; so V = 13. Define Trout's Caudal Vertebrae 8 as F; so F = 7. Define Pike's Bone as BACK. Define Mahi Mahi's Caudal Vertebrae 5 as t; d = V - F = 13 - 7 = 6; so t = 11 + d = 11 + 6 = 17. Define Herring's Caudal Vertebrae 6 as BACK. Define Mahi Mahi's Caudal Vertebrae 8 as e; so e = 4 + F = 4 + 7 = 11. Define Mahi Mahi's Bone as h; L = t + e = 17 + 11 = 5; so h = L + V = 5 + 13 = 18. Define Herring's Caudal Vertebrae 1 as Z; so Z = h = 18. Define Herring's Bone as BACK. Define Herring's Caudal Vertebrae 5 as BACK. Define Pike's Caudal Vertebrae 1 as BACK. Define Pike's Bone as BACK. Define Herring's Caudal Vertebrae 6 as u; so u = Z = 18. Define Pike's Caudal Vertebrae 1 as k; so k = u = 18. Define Herring's Caudal Vertebrae 5 as BACK. Define Pike's Bone as z; so z = k = 18. Define Herring's Caudal Vertebrae 5 as D; so D = 9 + z = 9 + 18 = 4. | 4 | hard | 12 |
907 | The number of each Pigeon Loft's Trout equals 2 more than each Tuna's Coffin Bone. The number of each Pigeon Loft's Tuna equals 20. The number of each Two Oceans Aquarium's Pigeon Loft equals 3 times as much as each Trout's Bone. The number of each Two Oceans Aquarium's Hawk Haven equals 7. The number of each Trout's Ulna equals 2. The number of each Hawk Haven's Trout equals the sum of each Tuna's Bone and each Tuna's Coffin Bone. The number of each Tuna's Ulna equals 14 more than the sum of each The Living Seas's Hawk Haven, each Pigeon Loft's Trout and each Tuna's Coffin Bone. The number of each The Living Seas's Pigeon Loft equals the sum of each Trout's Bone, each Pigeon Loft's Trout, each Tuna's Ulna and each Tuna's Coffin Bone. The number of each The Living Seas's Hawk Haven equals 21. The number of each Trout's Coffin Bone equals 17 more than each Tuna's Bone. The number of each Hawk Haven's Tuna equals the difference of each Hawk Haven's Trout and each Two Oceans Aquarium's Hawk Haven. The number of each Tuna's Coffin Bone equals 1. How many Hawk Haven does Two Oceans Aquarium have? | Define Tuna's Ulna as BACK. Define Two Oceans Aquarium's Hawk Haven as W; so W = 7. | 7 | med | 1 |
908 | The number of each Radiolarian's Elbow Joint equals 9. The number of each Spirogyra's Humerus equals each Radiolarian's Elbow Joint. How many Organs does Spirogyra have? | Define Radiolarian's Organs as BACK. Define Spirogyra's Organs as BACK. Define Spirogyra's Humerus as BACK. Define Radiolarian's Elbow Joint as p; so p = 9. Define Spirogyra's Humerus as e; so e = p = 9. Define Spirogyra's Organs as T; so T = e = 9. | 9 | med | 3 |
909 | The number of each Pelvis's Motor Neurons equals 0. The number of each Hydrothermal Vent's Sea Turtle equals each Rotator Cuff's Cells. The number of each Ankle Joint's Cerebral Cortex Neurons equals 1 more than each Sea Turtle's Organs. The number of each Freshwater Lake's Blue Whale equals 11. The number of each Quadriceps's Ganglion Cells equals the difference of each Hydrothermal Vent's Creatures and each Hydrothermal Vent's Sea Turtle. The number of each Pelvis's Cerebral Cortex Neurons equals 20 more than each Pelvis's Motor Neurons. The number of each Seagrass Meadows's Walrus equals each Pelvis's Cerebral Cortex Neurons. The number of each Blue Whale's Rotator Cuff equals the sum of each Hydrothermal Vent's Creatures and each Quadriceps's Cells. The number of each Sea Turtle's Pelvis equals each Blue Whale's Cells. The number of each Rotator Cuff's Cerebral Cortex Neurons equals 2. The number of each Blue Whale's Quadriceps equals 2 times as much as the sum of each Quadriceps's Cells and each Rotator Cuff's Cells. The number of each Sea Turtle's Ankle Joint equals each Pelvis's Motor Neurons. The number of each Walrus's Quadriceps equals 22 more than each Pelvis's Motor Neurons. The number of each Freshwater Lake's Sea Turtle equals each Sea Turtle's Ankle Joint. The number of each Pelvis's Ganglion Cells equals the sum of each Blue Whale's Organs, each Pelvis's Cerebral Cortex Neurons and each Hydrothermal Vent's Organs. How many Organs does Blue Whale have? | Define Sea Turtle's Ankle Joint as BACK. Define Rotator Cuff's Cerebral Cortex Neurons as Y; so Y = 2. Define Sea Turtle's Organs as BACK. Define Freshwater Lake's Organs as BACK. Define Rotator Cuff's Cells as f; so f = Y = 2. Define Hydrothermal Vent's Sea Turtle as W; so W = f = 2. Define Hydrothermal Vent's Cells as BACK. Define Hydrothermal Vent's Creatures as L; so L = W = 2. Define Walrus's Quadriceps as BACK. Define Seagrass Meadows's Walrus as BACK. Define Blue Whale's Cells as BACK. Define Quadriceps's Ganglion Cells as V; so V = L - W = 2 - 2 = 0. Define Quadriceps's Cells as H; so H = V = 0. Define Blue Whale's Quadriceps as T; j = H + f = 0 + 2 = 2; so T = 2 * j = 2 * 2 = 4. Define Hydrothermal Vent's Organs as BACK. Define Blue Whale's Rotator Cuff as h; so h = L + H = 2 + 0 = 2. Define Blue Whale's Organs as S; so S = h + T = 2 + 4 = 6. | 6 | med | 10 |
910 | The number of each Siren's Pelvic Fin Rays equals 1 more than each Siren's Dorsal Fin Rays. The number of each Red Eyed Tree Frog's Pelvic Fin Rays equals 21. The number of each Red Eyed Tree Frog's Prezygapophyses equals each Toad's Prezygapophyses. The number of each Toad's Postzygapophyses equals each Hellbender's Postzygapophyses. The number of each Hellbender's Postzygapophyses equals 7. The number of each Siren's Postzygapophyses equals the sum of each Red Eyed Tree Frog's Prezygapophyses, each Siren's Pelvic Fin Rays and each Hellbender's Postzygapophyses. The number of each Toad's Prezygapophyses equals 20 more than each Siren's Pelvic Fin Rays. The number of each Siren's Dorsal Fin Rays equals each Hellbender's Postzygapophyses. The number of each Hellbender's Prezygapophyses equals 12 more than each Red Eyed Tree Frog's Bone. The number of each Toad's Dorsal Fin Rays equals 16 times as much as each Red Eyed Tree Frog's Pelvic Fin Rays. How many Prezygapophyses does Red Eyed Tree Frog have? | Define Siren's Pelvic Fin Rays as BACK. Define Hellbender's Postzygapophyses as g; so g = 7. Define Toad's Prezygapophyses as BACK. Define Siren's Dorsal Fin Rays as o; so o = g = 7. Define Siren's Pelvic Fin Rays as M; so M = 1 + o = 1 + 7 = 8. Define Red Eyed Tree Frog's Prezygapophyses as BACK. Define Toad's Bone as BACK. Define Toad's Prezygapophyses as k; so k = 20 + M = 20 + 8 = 5. Define Red Eyed Tree Frog's Prezygapophyses as E; so E = k = 5. | 5 | hard | 5 |
911 | The number of each Kingfisher's Femur equals the sum of each Condor's Hamstrings and each Hydrothermal Vent's Creatures. The number of each Hamstrings's Fibroblasts equals 3. The number of each Condor's Hamstrings equals 15 more than each Kelp Forest's Flamingo. The number of each Vulture's Hamstrings equals 6 more than each Spine's Keratinocytes. The number of each Spine's Keratinocytes equals the difference of each Coastal Ecosystem's Vulture and each Condor's Spine. The number of each Kingfisher's Spine equals 22. The number of each Kelp Forest's Flamingo equals 22. The number of each Condor's Spine equals 6 more than the sum of each Kelp Forest's Flamingo and each Condor's Hamstrings. The number of each Vulture's Femur equals 0 more than the sum of each Kelp Forest's Flamingo, each Flamingo's Spine and each Flamingo's Femur. The number of each Femur's Stromal Cells equals 7 more than each Brackish Water's Organs. The number of each Kingfisher's Achilles Tendon equals each Spine's Keratinocytes. The number of each Flamingo's Spine equals each Kelp Forest's Flamingo. The number of each Spine's Tendon Cells equals the sum of each Spine's Keratinocytes, each Kelp Forest's Flamingo, each Flamingo's Femur and each Condor's Hamstrings. The number of each Femur's Tendon Cells equals 10 times as much as the difference of each Achilles Tendon's Cells and each Brackish Water's Organs. The number of each Coastal Ecosystem's Vulture equals 11 more than the difference of each Kelp Forest's Flamingo and each Condor's Hamstrings. The number of each Flamingo's Femur equals each Coastal Ecosystem's Vulture. The number of each Kelp Forest's Condor equals 15 more than each Achilles Tendon's Cells. The number of each Kelp Forest's Kingfisher equals 18 times as much as each Coastal Ecosystem's Vulture. How many Cells does Femur have? | Define Coastal Ecosystem's Vulture as BACK. Define Achilles Tendon's Cells as H; so H = 0. Define Kingfisher's Organs as BACK. Define Brackish Water's Organs as X; so X = 0. Define Hamstrings's Cells as BACK. Define Spine's Tendon Cells as BACK. Define Coastal Ecosystem's Creatures as BACK. Define Condor's Organs as BACK. Define Vulture's Cells as BACK. Define Kelp Forest's Cells as BACK. Define Kingfisher's Cells as BACK. Define Femur's Tendon Cells as h; R = H - X = 0 - 0 = 0; so h = 10 * R = 10 * 0 = 0. Define Kelp Forest's Cells as BACK. Define Coastal Ecosystem's Cells as BACK. Define Femur's Stromal Cells as J; so J = 7 + X = 7 + 0 = 7. Define Femur's Cells as A; so A = h + J = 0 + 7 = 7. | 7 | med | 6 |
912 | The number of each Lidl's Canned Tuna equals 17. The number of each Lidl's Canned Chicken equals 8 more than each Police District's Price Rite. The number of each Police District's Price Rite equals 18 times as much as each Administrative District's Lidl. The number of each Price Rite's Canned Tuna equals 7 times as much as the sum of each Lidl's Canned Chicken and each Administrative District's Lidl. The number of each Price Rite's Canned Chicken equals 9 times as much as each Lidl's Canned Chicken. The number of each Police District's Lidl equals the sum of each Price Rite's Canned Chicken, each Police District's Price Rite and each Price Rite's Product. The number of each Administrative District's Lidl equals 16. The number of each Administrative District's Price Rite equals 17. How many Product does Price Rite have? | Define Lidl's Product as BACK. Define Administrative District's Lidl as Q; so Q = 16. Define Price Rite's Canned Tuna as BACK. Define Police District's Lidl as BACK. Define Police District's Price Rite as l; so l = 18 * Q = 18 * 16 = 12. Define Lidl's Canned Chicken as g; so g = 8 + l = 8 + 12 = 20. Define Administrative District's Product as BACK. Define Price Rite's Canned Tuna as C; a = g + Q = 20 + 16 = 13; so C = 7 * a = 7 * 13 = 22. Define Price Rite's Product as BACK. Define Lidl's Product as BACK. Define Price Rite's Canned Chicken as H; so H = 9 * g = 9 * 20 = 19. Define Police District's Product as BACK. Define Police District's Supermarket as BACK. Define Administrative District's Supermarket as BACK. Define Lidl's Product as BACK. Define Price Rite's Product as e; so e = C + H = 22 + 19 = 18. | 18 | med | 7 |
913 | The number of each Achilles Tendon's Myeloblasts equals 13 more than the sum of each Rotator Cuff's Myeloblasts, each Peacock's Cartilage and each Dragonfly's Cartilage. The number of each Stork's Achilles Tendon equals 8. The number of each Stork's Rotator Cuff equals each Stork's Achilles Tendon. The number of each Dragonfly's Cartilage equals 9 more than each Rotator Cuff's Myeloblasts. The number of each Rotator Cuff's Myeloblasts equals 19. The number of each Peacock's Rotator Cuff equals 7 times as much as the sum of each Rotator Cuff's Myeloblasts, each Stork's Cartilage and each Dragonfly's Rotator Cuff. The number of each Stork's Cartilage equals each Rotator Cuff's Myeloblasts. The number of each Dragonfly's Rotator Cuff equals the sum of each Rotator Cuff's Myeloblasts, each Stork's Achilles Tendon, each Cartilage's Myeloblasts and each Stork's Cartilage. The number of each Cartilage's Lymphocytes equals the sum of each Cartilage's Myeloblasts, each Rotator Cuff's Myeloblasts and each Stork's Cartilage. The number of each Peacock's Achilles Tendon equals each Rotator Cuff's Myeloblasts. The number of each Achilles Tendon's Proerythroblasts equals 21. The number of each Cartilage's Proerythroblasts equals 1. The number of each Rotator Cuff's Proerythroblasts equals each Stork's Organs. The number of each Rotator Cuff's Lymphocytes equals the sum of each Stork's Cartilage and each Cartilage's Myeloblasts. The number of each Cartilage's Myeloblasts equals the sum of each Rotator Cuff's Myeloblasts and each Stork's Cartilage. The number of each Dragonfly's Achilles Tendon equals 6 more than each Dragonfly's Rotator Cuff. The number of each Achilles Tendon's Lymphocytes equals 20 more than the sum of each Rotator Cuff's Lymphocytes and each Stork's Achilles Tendon. The number of each Peacock's Cartilage equals 16. How many Cartilage does Peacock have? | Define Peacock's Cartilage as f; so f = 16. | 16 | hard | 1 |
914 | The number of each Dragon's Aorta equals 1. The number of each Phoenix's Aorta equals each Werewolf's Pericardium. The number of each Kraken's Arterioles equals 12 more than each Dragon's Pericardium. The number of each Werewolf's Pericardium equals each Dragon's Arterioles. The number of each Werewolf's Arterioles equals 5 more than the sum of each Dragon's Arterioles and each Dragon's Aorta. The number of each Werewolf's Aorta equals 11 times as much as the difference of each Dragon's Cardiac Muscle and each Dragon's Arterioles. The number of each Dragon's Cardiac Muscle equals 19 more than the sum of each Dragon's Arterioles and each Dragon's Aorta. The number of each Phoenix's Pericardium equals each Kraken's Cardiac Muscle. The number of each Phoenix's Cardiac Muscle equals each Phoenix's Aorta. The number of each Kraken's Pericardium equals the sum of each Dragon's Arterioles, each Dragon's Organs and each Werewolf's Arterioles. The number of each Dragon's Arterioles equals each Dragon's Aorta. The number of each Phoenix's Arterioles equals 0 more than the difference of each Werewolf's Organs and each Werewolf's Cardiac Muscle. The number of each Dragon's Pericardium equals 7. The number of each Werewolf's Cardiac Muscle equals the sum of each Werewolf's Pericardium and each Dragon's Cardiac Muscle. The number of each Kraken's Aorta equals 21. The number of each Kraken's Cardiac Muscle equals 4 times as much as the difference of each Dragon's Pericardium and each Kraken's Arterioles. How many Arterioles does Phoenix have? | Define Phoenix's Organs as BACK. Define Dragon's Aorta as l; so l = 1. Define Kraken's Cardiac Muscle as BACK. Define Dragon's Organs as BACK. Define Werewolf's Pericardium as BACK. Define Dragon's Arterioles as k; so k = l = 1. Define Werewolf's Organs as BACK. Define Phoenix's Aorta as BACK. Define Werewolf's Pericardium as U; so U = k = 1. Define Dragon's Cardiac Muscle as B; C = k + l = 1 + 1 = 2; so B = 19 + C = 19 + 2 = 21. Define Werewolf's Aorta as T; m = B - k = 21 - 1 = 20; so T = 11 * m = 11 * 20 = 13. Define Werewolf's Arterioles as K; r = k + l = 1 + 1 = 2; so K = 5 + r = 5 + 2 = 7. Define Werewolf's Cardiac Muscle as S; so S = U + B = 1 + 21 = 22. Define Werewolf's Organs as M; F = T + S = 13 + 22 = 12; y = F + K = 12 + 7 = 19; so M = y + U = 19 + 1 = 20. Define Phoenix's Arterioles as w; v = M - S = 20 - 22 = 21; so w = 0 + v = 0 + 21 = 21. | 21 | hard | 15 |
915 | The number of each Siren's Proximal Phalanges equals 5. The number of each Siren's Carpometacarpus equals 20 more than each Poison Dart Frog's Ulna. The number of each Poison Dart Frog's Ulna equals 1. How many Ulna does Poison Dart Frog have? | Define Siren's Carpometacarpus as BACK. Define Poison Dart Frog's Ulna as r; so r = 1. | 1 | med | 1 |
916 | The number of each Grocery Outlet's White Bread equals 8. The number of each Colonial District's Save-A-Lot equals 3 times as much as the sum of each Save-A-Lot's Product and each Save-A-Lot's Buns. The number of each Fiesta Foods's Donuts equals 12. The number of each Save Mart's Bagels equals 11. The number of each Colonial District's Grocery Outlet equals the sum of each Archaeological District's Product and each Fiesta Foods's Product. The number of each Save-A-Lot's Buns equals the difference of each Archaeological District's Product and each Fiesta Foods's Product. The number of each Preservation District's Save Mart equals 21. The number of each Archaeological District's Fiesta Foods equals 21 more than each Fiesta Foods's Donuts. How many Save-A-Lot does Colonial District have? | Define Colonial District's Supermarket as BACK. Define Preservation District's Product as BACK. Define Colonial District's Product as BACK. Define Fiesta Foods's Donuts as C; so C = 12. Define Fiesta Foods's Product as I; so I = C = 12. Define Colonial District's Product as BACK. Define Archaeological District's Fiesta Foods as B; so B = 21 + C = 21 + 12 = 10. Define Preservation District's Supermarket as BACK. Define Grocery Outlet's Product as BACK. Define Colonial District's Supermarket as BACK. Define Colonial District's Save-A-Lot as BACK. Define Archaeological District's Product as K; so K = B * I = 10 * 12 = 5. Define Save-A-Lot's Buns as b; so b = K - I = 5 - 12 = 16. Define Save-A-Lot's Product as z; so z = b = 16. Define Colonial District's Save-A-Lot as R; P = z + b = 16 + 16 = 9; so R = 3 * P = 3 * 9 = 4. | 4 | hard | 8 |
917 | The number of each Work Rucksack's Whiteboard Marker equals each Presentation Backpack's Watercolor Pencil. The number of each Presentation Backpack's Watercolor Pencil equals 22. The number of each Laptop Professional Backpack's Watercolor Pencil equals each Presentation Backpack's Whiteboard Marker. The number of each Presentation Backpack's Permanent Marker equals 15 more than the sum of each Presentation Backpack's Watercolor Pencil and each Presentation Backpack's Whiteboard Marker. The number of each Presentation Backpack's Whiteboard Marker equals 10. The number of each Laptop Professional Backpack's Permanent Marker equals the sum of each Work Rucksack's Permanent Marker and each Work Rucksack's Stationery. The number of each Work Rucksack's Permanent Marker equals 12 times as much as the difference of each Work Rucksack's Whiteboard Marker and each Presentation Backpack's Watercolor Pencil. How many Stationery does Work Rucksack have? | Define Presentation Backpack's Watercolor Pencil as t; so t = 22. Define Laptop Professional Backpack's Permanent Marker as BACK. Define Work Rucksack's Whiteboard Marker as c; so c = t = 22. Define Presentation Backpack's Permanent Marker as BACK. Define Laptop Professional Backpack's Watercolor Pencil as BACK. Define Laptop Professional Backpack's Permanent Marker as BACK. Define Laptop Professional Backpack's Stationery as BACK. Define Presentation Backpack's Stationery as BACK. Define Work Rucksack's Stationery as BACK. Define Work Rucksack's Permanent Marker as u; D = c - t = 22 - 22 = 0; so u = 12 * D = 12 * 0 = 0. Define Work Rucksack's Stationery as Z; so Z = u + c = 0 + 22 = 22. | 22 | hard | 5 |
918 | The number of each Nasopharynx's Motor Neurons equals 22. The number of each Pelagic Zone's Moose equals 17. The number of each Moose's Nasopharynx equals the sum of each Nasopharynx's Motor Neurons, each Freshwater Lake's Panda, each Hippopotamus's Nasopharynx and each Diaphragm's Sensory Neurons. The number of each Panda's Bronchioles equals each River Ecosystem's Hippopotamus. The number of each Hippopotamus's Nasopharynx equals 3 times as much as each Nasopharynx's Motor Neurons. The number of each Open Ocean's Moose equals 21. The number of each Hippopotamus's Bronchioles equals 20 times as much as each River Ecosystem's Moose. The number of each River Ecosystem's Moose equals 15. The number of each Panda's Diaphragm equals 10 times as much as each River Ecosystem's Creatures. The number of each Diaphragm's Sensory Neurons equals 16 times as much as each Nasopharynx's Motor Neurons. The number of each Freshwater Lake's Panda equals 7. The number of each Bronchioles's Motor Neurons equals 5. The number of each Pelagic Zone's Panda equals each Nasopharynx's Cells. The number of each Bronchioles's Photoreceptor Cells equals the difference of each Freshwater Lake's Panda and each River Ecosystem's Hippopotamus. The number of each River Ecosystem's Hippopotamus equals each River Ecosystem's Moose. How many Creatures does River Ecosystem have? | Define River Ecosystem's Moose as y; so y = 15. Define River Ecosystem's Hippopotamus as B; so B = y = 15. Define Nasopharynx's Cells as BACK. Define Moose's Nasopharynx as BACK. Define River Ecosystem's Creatures as I; so I = y + B = 15 + 15 = 7. | 7 | med | 3 |
919 | The number of each Toy Backpack's Diary equals the sum of each Toy Backpack's Loose Leaf Paper and each Toy Backpack's Carbon Paper. The number of each Toy Backpack's Loose Leaf Paper equals 9 times as much as each Solar Charging Backpack's Loose Leaf Paper. The number of each Solar Charging Backpack's Diary equals 17. The number of each Solar Charging Backpack's Carbon Paper equals each Astronomy Gear Backpack's Carbon Paper. The number of each Toy Backpack's Carbon Paper equals 14 more than each Solar Charging Backpack's Diary. The number of each Astronomy Gear Backpack's Loose Leaf Paper equals 2. The number of each Solar Charging Backpack's Loose Leaf Paper equals each Toy Backpack's Carbon Paper. The number of each Astronomy Gear Backpack's Carbon Paper equals the difference of each Toy Backpack's Diary and each Solar Charging Backpack's Loose Leaf Paper. How many Carbon Paper does Solar Charging Backpack have? | Define Solar Charging Backpack's Loose Leaf Paper as BACK. Define Astronomy Gear Backpack's Stationery as BACK. Define Solar Charging Backpack's Stationery as BACK. Define Toy Backpack's Diary as BACK. Define Solar Charging Backpack's Carbon Paper as BACK. Define Solar Charging Backpack's Diary as h; so h = 17. Define Toy Backpack's Carbon Paper as Q; so Q = 14 + h = 14 + 17 = 8. Define Solar Charging Backpack's Loose Leaf Paper as z; so z = Q = 8. Define Toy Backpack's Diary as BACK. Define Toy Backpack's Loose Leaf Paper as y; so y = 9 * z = 9 * 8 = 3. Define Toy Backpack's Diary as g; so g = y + Q = 3 + 8 = 11. Define Solar Charging Backpack's Carbon Paper as BACK. Define Astronomy Gear Backpack's Carbon Paper as B; so B = g - z = 11 - 8 = 3. Define Solar Charging Backpack's Carbon Paper as n; so n = B = 3. | 3 | hard | 7 |
920 | The number of each Great Basin Desert's Armadillo equals 5 times as much as the difference of each Great Basin Desert's Jaguar and each Negev Desert's Jaguar. The number of each Syrian Desert's Jaguar equals 4. The number of each Syrian Desert's Armadillo equals 10 more than each Syrian Desert's Jaguar. The number of each Negev Desert's Jaguar equals each Great Basin Desert's Jaguar. The number of each Negev Desert's Armadillo equals each Great Basin Desert's Armadillo. The number of each Syrian Desert's Cheetah equals each Syrian Desert's Armadillo. The number of each Great Basin Desert's Jaguar equals 19. The number of each Great Basin Desert's Cheetah equals 22 times as much as the sum of each Syrian Desert's Jaguar and each Syrian Desert's Armadillo. The number of each Negev Desert's Cheetah equals the sum of each Great Basin Desert's Jaguar, each Negev Desert's Jaguar and each Negev Desert's Armadillo. How many Jaguar does Great Basin Desert have? | Define Negev Desert's Creatures as BACK. Define Great Basin Desert's Armadillo as BACK. Define Great Basin Desert's Jaguar as Q; so Q = 19. | 19 | med | 1 |
921 | The number of each Goldfish's Basal Plate equals 15 more than each Goldfish's Distal Radials. The number of each Carp's Haemal Spines equals the sum of each Kiwi House's Shark and each Goldfish's Distal Radials. The number of each Goldfish's Distal Radials equals 16. The number of each Pheasant Pen's Carp equals each Kiwi House's Bone. The number of each Crane Courtyard's Goldfish equals the sum of each Carp's Haemal Spines, each Carp's Bone and each Pheasant Pen's Animal. The number of each Goldfish's Haemal Spines equals each Kiwi House's Bone. The number of each Crane Courtyard's Carp equals 15 more than each Goldfish's Distal Radials. The number of each Kiwi House's Shark equals 22 more than each Shark's Bone. The number of each Pheasant Pen's Shark equals 8. How many Haemal Spines does Goldfish have? | Define Crane Courtyard's Animal as BACK. Define Crane Courtyard's Carp as BACK. Define Goldfish's Basal Plate as BACK. Define Shark's Bone as o; so o = 0. Define Goldfish's Haemal Spines as BACK. Define Kiwi House's Shark as z; so z = 22 + o = 22 + 0 = 22. Define Kiwi House's Bone as Q; so Q = z * o = 22 * 0 = 0. Define Crane Courtyard's Carp as BACK. Define Pheasant Pen's Bone as BACK. Define Goldfish's Haemal Spines as L; so L = Q = 0. | 0 | hard | 4 |
922 | The number of each Mountain Peak Elementary's Photography Studio equals each Language Classroom's Gym Backpack. The number of each Mountain Peak Elementary's Language Classroom equals 6 more than the sum of each Language Classroom's Gym Backpack and each Photography Studio's Climbing Backpack. The number of each Photography Studio's Climbing Backpack equals 15. The number of each Photography Studio's Gym Backpack equals the difference of each Mountain Peak Elementary's Classroom and each Mountain Peak Elementary's Language Classroom. The number of each Language Classroom's Climbing Backpack equals 19. The number of each Brookside Elementary's Language Classroom equals each Photography Studio's Gym Backpack. The number of each Language Classroom's Gym Backpack equals each Photography Studio's Climbing Backpack. The number of each Brookside Elementary's Photography Studio equals the sum of each Photography Studio's Gym Backpack, each Mountain Peak Elementary's Photography Studio and each Photography Studio's Climbing Backpack. How many Photography Studio does Brookside Elementary have? | Define Mountain Peak Elementary's Backpack as BACK. Define Brookside Elementary's Language Classroom as BACK. Define Brookside Elementary's Backpack as BACK. Define Photography Studio's Climbing Backpack as N; so N = 15. Define Language Classroom's Gym Backpack as Y; so Y = N = 15. Define Mountain Peak Elementary's Photography Studio as r; so r = Y = 15. Define Mountain Peak Elementary's Backpack as BACK. Define Photography Studio's Backpack as BACK. Define Brookside Elementary's Classroom as BACK. Define Brookside Elementary's Backpack as BACK. Define Mountain Peak Elementary's Classroom as BACK. Define Brookside Elementary's Language Classroom as BACK. Define Language Classroom's Backpack as BACK. Define Brookside Elementary's Photography Studio as BACK. Define Mountain Peak Elementary's Language Classroom as D; I = Y + N = 15 + 15 = 7; so D = 6 + I = 6 + 7 = 13. Define Language Classroom's Backpack as BACK. Define Photography Studio's Gym Backpack as BACK. Define Mountain Peak Elementary's Classroom as G; so G = D + r = 13 + 15 = 5. Define Photography Studio's Gym Backpack as K; so K = G - D = 5 - 13 = 15. Define Brookside Elementary's Photography Studio as P; L = K + r = 15 + 15 = 7; so P = L + N = 7 + 15 = 22. | 22 | hard | 9 |
923 | The number of each Protein Shakes's Paprika equals each Milk's Ingredient. The number of each Hot Chocolate's Turmeric equals 16. The number of each Special Education District's Price Chopper equals 10 times as much as each Hot Chocolate's Turmeric. The number of each College Town's Grocery Outlet equals 9. The number of each Grocery Outlet's Coffee equals 12. The number of each Price Chopper's Milk equals the difference of each Protein Shakes's Turmeric and each Milk's Onion Powder. The number of each Shoppers Value Foods's Milk equals each Price Chopper's Ingredient. The number of each Coffee's Onion Powder equals each Protein Shakes's Turmeric. The number of each Language School District's Dollar General equals 14. The number of each Shoppers Value Foods's Hot Chocolate equals the sum of each Protein Shakes's Paprika, each Grocery Outlet's Coffee, each Grocery Outlet's Product and each Dollar General's Product. The number of each Language School District's Shoppers Value Foods equals each Milk's Paprika. The number of each Milk's Onion Powder equals the sum of each Coffee's Ingredient and each Dollar General's Hot Chocolate. The number of each Grocery Outlet's Hot Chocolate equals each Coffee's Ingredient. The number of each College Town's Price Chopper equals 15 times as much as each Milk's Paprika. The number of each Price Chopper's Hot Chocolate equals the difference of each Language School District's Dollar General and each Coffee's Turmeric. The number of each Protein Shakes's Turmeric equals each University District's Grocery Outlet. The number of each University District's Grocery Outlet equals each Language School District's Dollar General. The number of each Dollar General's Hot Chocolate equals 3 times as much as each Grocery Outlet's Product. The number of each University District's Shoppers Value Foods equals 20 more than the sum of each Milk's Paprika, each College Town's Price Chopper and each Language School District's Shoppers Value Foods. The number of each Milk's Paprika equals 18. The number of each College Town's Dollar General equals 4 times as much as the sum of each Dollar General's Product, each Protein Shakes's Paprika and each Price Chopper's Hot Chocolate. The number of each Shoppers Value Foods's Coffee equals 13 times as much as the sum of each Milk's Onion Powder, each Protein Shakes's Paprika and each Dollar General's Hot Chocolate. The number of each Coffee's Turmeric equals the difference of each University District's Grocery Outlet and each Protein Shakes's Turmeric. The number of each Shoppers Value Foods's Protein Shakes equals the sum of each Coffee's Ingredient and each College Town's Price Chopper. How many Product does Dollar General have? | Define Language School District's Dollar General as Z; so Z = 14. Define University District's Grocery Outlet as K; so K = Z = 14. Define University District's Ingredient as BACK. Define Protein Shakes's Turmeric as l; so l = K = 14. Define University District's Supermarket as BACK. Define University District's Product as BACK. Define Coffee's Turmeric as o; so o = K - l = 14 - 14 = 0. Define University District's Supermarket as BACK. Define Coffee's Onion Powder as G; so G = l = 14. Define Shoppers Value Foods's Hot Chocolate as BACK. Define Coffee's Ingredient as n; so n = G + o = 14 + 0 = 14. Define Grocery Outlet's Hot Chocolate as q; so q = n = 14. Define Grocery Outlet's Ingredient as BACK. Define Grocery Outlet's Coffee as b; so b = 12. Define Grocery Outlet's Product as j; so j = q + b = 14 + 12 = 3. Define College Town's Dollar General as BACK. Define College Town's Supermarket as BACK. Define Dollar General's Hot Chocolate as m; so m = 3 * j = 3 * 3 = 9. Define Dollar General's Product as c; so c = m = 9. | 9 | hard | 11 |
924 | The number of each Rattlesnake's Primary Feathers equals 5. The number of each Rattlesnake's Proximal Phalanges equals each Falcon Aviary's Rattlesnake. The number of each Flamingo Lagoon's Chameleon equals each Flamingo Lagoon's Rattlesnake. The number of each Chameleon's Primary Feathers equals 19. The number of each Falcon Aviary's Chameleon equals 4 more than the sum of each Rattlesnake's Bone, each Rattlesnake's Primary Feathers and each Flamingo Lagoon's Chameleon. The number of each Flamingo Lagoon's Rattlesnake equals 16. The number of each Chameleon's Proximal Phalanges equals each Flamingo Lagoon's Chameleon. The number of each Falcon Aviary's Rattlesnake equals 20 times as much as each Flamingo Lagoon's Rattlesnake. How many Animal does Flamingo Lagoon have? | Define Flamingo Lagoon's Rattlesnake as T; so T = 16. Define Rattlesnake's Proximal Phalanges as BACK. Define Flamingo Lagoon's Bone as BACK. Define Falcon Aviary's Animal as BACK. Define Falcon Aviary's Bone as BACK. Define Flamingo Lagoon's Chameleon as a; so a = T = 16. Define Flamingo Lagoon's Animal as w; so w = T + a = 16 + 16 = 9. | 9 | hard | 3 |
925 | The number of each Manatee Mangrove's Squirrel equals 14. The number of each Squirrel's Humerus equals each Coral Reef Exhibit's Squirrel. The number of each Squirrel's Secondary Feathers equals 11 times as much as each Zebra's Alula. The number of each Coral Reef Exhibit's Squirrel equals each Coral Reef Exhibit's Zebra. The number of each Zebra's Humerus equals 20. The number of each Seal Pool's Zebra equals 13. The number of each Coral Reef Exhibit's Zebra equals 20 more than each Zebra's Humerus. The number of each Manatee Mangrove's Zebra equals 6 times as much as the difference of each Manatee Mangrove's Squirrel and each Zebra's Alula. The number of each Squirrel's Alula equals the sum of each Coral Reef Exhibit's Animal, each Coral Reef Exhibit's Squirrel and each Zebra's Humerus. The number of each Zebra's Alula equals 20 times as much as each Manatee Mangrove's Squirrel. The number of each Seal Pool's Squirrel equals 1 times as much as the sum of each Squirrel's Secondary Feathers, each Manatee Mangrove's Zebra and each Manatee Mangrove's Squirrel. The number of each Zebra's Secondary Feathers equals each Coral Reef Exhibit's Animal. How many Animal does Coral Reef Exhibit have? | Define Zebra's Humerus as l; so l = 20. Define Squirrel's Alula as BACK. Define Coral Reef Exhibit's Zebra as Z; so Z = 20 + l = 20 + 20 = 17. Define Coral Reef Exhibit's Squirrel as z; so z = Z = 17. Define Coral Reef Exhibit's Animal as X; so X = z + Z = 17 + 17 = 11. | 11 | med | 4 |
926 | The number of each Canned Chicken's Turkey equals 19. The number of each Canned Chicken's Duck equals 2. The number of each Canned Pineapple's Turkey equals 6 times as much as the sum of each Canned Chicken's Ingredient, each Canned Chicken's Duck and each Canned Chicken's Turkey. The number of each Canned Pineapple's Duck equals 22 more than the sum of each Canned Chicken's Ingredient, each Canned Chicken's Turkey and each Canned Pineapple's Turkey. How many Ingredient does Canned Pineapple have? | Define Canned Pineapple's Duck as BACK. Define Canned Chicken's Duck as Q; so Q = 2. Define Canned Chicken's Turkey as j; so j = 19. Define Canned Chicken's Ingredient as G; so G = Q + j = 2 + 19 = 21. Define Canned Pineapple's Turkey as f; D = G + Q = 21 + 2 = 0; Z = D + j = 0 + 19 = 19; so f = 6 * Z = 6 * 19 = 22. Define Canned Pineapple's Duck as I; M = G + j = 21 + 19 = 17; u = M + f = 17 + 22 = 16; so I = 22 + u = 22 + 16 = 15. Define Canned Pineapple's Ingredient as x; so x = I + f = 15 + 22 = 14. | 14 | med | 10 |
927 | The number of each Lion's Accessory Carpal equals 10 times as much as the sum of each Salamander Stream's Wolf and each Wolf's Accessory Carpal. The number of each Wolf's Accessory Carpal equals 18. The number of each Salamander Stream's Wolf equals each Toad Abode's Wolf. The number of each Toad Abode's Lion equals each Salamander Stream's Lion. The number of each Lion's Middle Phalanx equals 6. The number of each Salamander Stream's Lion equals 20. The number of each Toad Abode's Wolf equals each Wolf's Accessory Carpal. The number of each Wolf's Middle Phalanx equals 14. How many Wolf does Salamander Stream have? | Define Wolf's Accessory Carpal as n; so n = 18. Define Toad Abode's Lion as BACK. Define Toad Abode's Animal as BACK. Define Toad Abode's Wolf as M; so M = n = 18. Define Salamander Stream's Wolf as j; so j = M = 18. | 18 | med | 3 |
928 | The number of each Newt's Proximal Phalanx equals 15 more than each Siren's Middle Phalanx. The number of each Siren's Middle Phalanx equals 22 times as much as each Newt's Metacarpal I. The number of each Piranha Pond's Newt equals 13 more than the sum of each Newt's Proximal Phalanx and each Siren's Middle Phalanx. The number of each Saltwater Fish Exhibit's Tree Frog equals 15. The number of each Newt's Metacarpal I equals 7. The number of each Piranha Pond's Siren equals 16 times as much as each Newt's Proximal Phalanx. The number of each Freshwater Fish Exhibit's Newt equals 7. How many Bone does Piranha Pond have? | Define Newt's Bone as BACK. Define Newt's Proximal Phalanx as BACK. Define Newt's Metacarpal I as s; so s = 7. Define Siren's Middle Phalanx as e; so e = 22 * s = 22 * 7 = 16. Define Piranha Pond's Siren as BACK. Define Freshwater Fish Exhibit's Animal as BACK. Define Freshwater Fish Exhibit's Bone as BACK. Define Saltwater Fish Exhibit's Bone as BACK. Define Siren's Bone as V; so V = e = 16. Define Newt's Proximal Phalanx as Y; so Y = 15 + e = 15 + 16 = 8. Define Piranha Pond's Newt as A; j = Y + e = 8 + 16 = 1; so A = 13 + j = 13 + 1 = 14. Define Newt's Bone as B; so B = Y + s = 8 + 7 = 15. Define Freshwater Fish Exhibit's Bone as BACK. Define Piranha Pond's Siren as v; so v = 16 * Y = 16 * 8 = 13. Define Saltwater Fish Exhibit's Bone as BACK. Define Piranha Pond's Bone as p; W = v * V = 13 * 16 = 1; O = A * B = 14 * 15 = 3; so p = W + O = 1 + 3 = 4. | 4 | hard | 11 |
929 | The number of each Shoulder Joint's Plasma Cells equals 18 times as much as each Werewolf's Spine. The number of each Werewolf's Spine equals each Pegasus's Pelvis. The number of each Pelvis's Megakaryocytes equals each Shoulder Joint's Plasma Cells. The number of each Kraken's Shoulder Joint equals 20. The number of each Pegasus's Pelvis equals each Gorgon's Hamstrings. The number of each Shoulder Joint's Macrophages equals each Pegasus's Shoulder Joint. The number of each Spine's Macrophages equals 21 more than each Pelvis's Macrophages. The number of each Hamstrings's Plasma Cells equals 20. The number of each Werewolf's Hamstrings equals 13 times as much as each Kraken's Shoulder Joint. The number of each Gorgon's Shoulder Joint equals 13 more than each Kraken's Spine. The number of each Kraken's Hamstrings equals the difference of each Spine's Plasma Cells and each Spine's Cells. The number of each Kraken's Spine equals 16. The number of each Spine's Plasma Cells equals each Pelvis's Cells. The number of each Pegasus's Shoulder Joint equals the sum of each Kraken's Organs, each Kraken's Shoulder Joint and each Kraken's Pelvis. The number of each Pelvis's Macrophages equals 13. The number of each Gorgon's Spine equals 6 times as much as the sum of each Hamstrings's Plasma Cells and each Kraken's Spine. The number of each Gorgon's Hamstrings equals 14 times as much as each Kraken's Pelvis. The number of each Gorgon's Pelvis equals the sum of each Pelvis's Cells, each Werewolf's Spine and each Hamstrings's Plasma Cells. The number of each Kraken's Pelvis equals 7. The number of each Werewolf's Pelvis equals 14 more than the sum of each Kraken's Spine, each Werewolf's Hamstrings and each Gorgon's Spine. The number of each Hamstrings's Megakaryocytes equals each Gorgon's Shoulder Joint. The number of each Pegasus's Hamstrings equals 0 more than the sum of each Gorgon's Pelvis and each Pelvis's Cells. The number of each Hamstrings's Basophils equals each Pegasus's Pelvis. How many Cells does Spine have? | Define Kraken's Pelvis as q; so q = 7. Define Kraken's Cells as BACK. Define Hamstrings's Cells as BACK. Define Kraken's Hamstrings as BACK. Define Spine's Macrophages as BACK. Define Gorgon's Hamstrings as H; so H = 14 * q = 14 * 7 = 6. Define Gorgon's Pelvis as BACK. Define Spine's Plasma Cells as BACK. Define Pegasus's Shoulder Joint as BACK. Define Pegasus's Pelvis as w; so w = H = 6. Define Werewolf's Spine as Z; so Z = w = 6. Define Kraken's Hamstrings as BACK. Define Spine's Cells as BACK. Define Pelvis's Megakaryocytes as BACK. Define Shoulder Joint's Plasma Cells as X; so X = 18 * Z = 18 * 6 = 16. Define Pelvis's Megakaryocytes as e; so e = X = 16. Define Pelvis's Cells as BACK. Define Pelvis's Macrophages as i; so i = 13. Define Werewolf's Hamstrings as BACK. Define Pelvis's Cells as h; so h = i + e = 13 + 16 = 6. Define Pegasus's Shoulder Joint as BACK. Define Spine's Plasma Cells as a; so a = h = 6. Define Gorgon's Shoulder Joint as BACK. Define Werewolf's Cells as BACK. Define Spine's Macrophages as k; so k = 21 + i = 21 + 13 = 11. Define Werewolf's Organs as BACK. Define Spine's Cells as V; so V = k + a = 11 + 6 = 17. | 17 | hard | 11 |
930 | The number of each Clownfish's Sigmoid Colon equals 15. The number of each Moray Eel's Pharynx equals 0 more than the difference of each Moray Eel's Anus and each Moray Eel's Sigmoid Colon. The number of each Moray Eel's Anus equals 10. The number of each Clownfish's Anus equals the sum of each Moray Eel's Anus, each Clownfish's Sigmoid Colon, each Moray Eel's Organs and each Moray Eel's Pharynx. The number of each Moray Eel's Sigmoid Colon equals 1. The number of each Clownfish's Pharynx equals each Clownfish's Sigmoid Colon. How many Organs does Moray Eel have? | Define Moray Eel's Anus as n; so n = 10. Define Clownfish's Pharynx as BACK. Define Clownfish's Anus as BACK. Define Moray Eel's Sigmoid Colon as t; so t = 1. Define Moray Eel's Organs as BACK. Define Clownfish's Pharynx as BACK. Define Moray Eel's Pharynx as u; v = n - t = 10 - 1 = 9; so u = 0 + v = 0 + 9 = 9. Define Clownfish's Pharynx as BACK. Define Moray Eel's Organs as b; C = t + u = 1 + 9 = 10; so b = C + n = 10 + 10 = 20. | 20 | hard | 6 |
931 | The number of each Pike's Pectoral Fin Rays equals 11. The number of each Marlin's Pectoral Fin Rays equals 4 times as much as the sum of each Pike's Bone, each Pike's Pectoral Fin Rays and each Pike's Basal Plate. The number of each Pike's Basal Plate equals 20. The number of each Marlin's Basal Plate equals 16 times as much as the sum of each Pike's Basal Plate, each Marlin's Pectoral Fin Rays and each Pike's Pectoral Fin Rays. How many Bone does Marlin have? | Define Pike's Pectoral Fin Rays as V; so V = 11. Define Marlin's Basal Plate as BACK. Define Pike's Basal Plate as u; so u = 20. Define Marlin's Pectoral Fin Rays as BACK. Define Marlin's Bone as BACK. Define Pike's Bone as D; so D = V + u = 11 + 20 = 8. Define Marlin's Pectoral Fin Rays as Z; M = D + V = 8 + 11 = 19; l = M + u = 19 + 20 = 16; so Z = 4 * l = 4 * 16 = 18. Define Marlin's Bone as BACK. Define Marlin's Basal Plate as f; s = u + Z = 20 + 18 = 15; y = s + V = 15 + 11 = 3; so f = 16 * y = 16 * 3 = 2. Define Marlin's Bone as Y; so Y = Z + f = 18 + 2 = 20. | 20 | hard | 10 |
932 | The number of each Toad Abode's Albatross equals 8 more than each Snake Den's Animal. The number of each Snake Den's Hawk equals 11. How many Albatross does Toad Abode have? | Define Toad Abode's Animal as BACK. Define Snake Den's Animal as BACK. Define Snake Den's Hawk as U; so U = 11. Define Snake Den's Animal as w; so w = U = 11. Define Toad Abode's Albatross as v; so v = 8 + w = 8 + 11 = 19. | 19 | med | 3 |
933 | The number of each Monitor Lizard Habitat's Giant Salamander equals 16. The number of each Giant Salamander's Carpometacarpus equals 7. The number of each Monitor Lizard Habitat's Toad equals each Monitor Lizard Habitat's Giant Salamander. The number of each Toad's Distal Phalanges equals the sum of each Monitor Lizard Habitat's Toad, each Tortoise Garden's Giant Salamander and each Monitor Lizard Habitat's Animal. The number of each Toad's Carpometacarpus equals each Tortoise Garden's Giant Salamander. The number of each Tortoise Garden's Toad equals 1. The number of each Tortoise Garden's Giant Salamander equals 12 more than the sum of each Monitor Lizard Habitat's Animal and each Monitor Lizard Habitat's Toad. The number of each Giant Salamander's Distal Phalanges equals 9. How many Giant Salamander does Tortoise Garden have? | Define Toad's Bone as BACK. Define Giant Salamander's Bone as BACK. Define Tortoise Garden's Animal as BACK. Define Monitor Lizard Habitat's Giant Salamander as H; so H = 16. Define Monitor Lizard Habitat's Toad as W; so W = H = 16. Define Monitor Lizard Habitat's Animal as l; so l = W + H = 16 + 16 = 9. Define Tortoise Garden's Giant Salamander as R; m = l + W = 9 + 16 = 2; so R = 12 + m = 12 + 2 = 14. | 14 | med | 5 |
934 | The number of each Theater Arts Classroom's Hiking Backpack equals each Dance Studio's Expedition Pack. The number of each Theater Arts Classroom's Compression Backpack equals 20. The number of each Theater Arts Classroom's Overnight Backpack equals 8 times as much as each Dance Studio's Expedition Pack. The number of each Lakeview Elementary's Dance Studio equals each Theater Arts Classroom's Overnight Backpack. The number of each Digital Arts Studio's Compression Backpack equals 6 more than each Lakeview Elementary's Classroom. The number of each Dance Studio's Hiking Backpack equals the sum of each Theater Arts Classroom's Overnight Backpack, each Digital Arts Studio's Compression Backpack, each Lakeview Elementary's Dance Studio and each Dance Studio's Expedition Pack. The number of each North Star Elementary's Theater Arts Classroom equals 21. The number of each North Star Elementary's Digital Arts Studio equals 11 times as much as the sum of each Dance Studio's Expedition Pack, each Theater Arts Classroom's Compression Backpack and each Digital Arts Studio's Compression Backpack. The number of each Theater Arts Classroom's Expedition Pack equals 1. The number of each North Star Elementary's Dance Studio equals 16. The number of each Digital Arts Studio's Overnight Backpack equals 20. The number of each Dance Studio's Overnight Backpack equals each Digital Arts Studio's Compression Backpack. The number of each Dance Studio's Expedition Pack equals 12. The number of each Digital Arts Studio's Expedition Pack equals 15. How many Compression Backpack does Digital Arts Studio have? | Define Dance Studio's Expedition Pack as X; so X = 12. Define Digital Arts Studio's Compression Backpack as BACK. Define Theater Arts Classroom's Overnight Backpack as o; so o = 8 * X = 8 * 12 = 4. Define Lakeview Elementary's Dance Studio as j; so j = o = 4. Define North Star Elementary's Digital Arts Studio as BACK. Define Lakeview Elementary's Classroom as s; so s = j = 4. Define Theater Arts Classroom's Backpack as BACK. Define Digital Arts Studio's Compression Backpack as Q; so Q = 6 + s = 6 + 4 = 10. | 10 | med | 5 |
935 | The number of each Leprechaun's Knee Joint equals each Knee Joint's Cells. The number of each Triceps's Purkinje Cells equals 13 times as much as each Triceps's Hypothalamic Neurons. The number of each Knee Joint's Purkinje Cells equals 20 times as much as each Prairie's Creatures. The number of each Leprechaun's Triceps equals 11. The number of each Phoenix's Knee Joint equals each Triceps's Hypothalamic Neurons. The number of each Phoenix's Triceps equals 3. The number of each Temperate Grassland's Phoenix equals 9 times as much as each Knee Joint's Hypothalamic Neurons. The number of each Knee Joint's Hypothalamic Neurons equals 8 times as much as the sum of each Prairie's Creatures, each Prairie's Leprechaun and each Prairie's Phoenix. The number of each Prairie's Leprechaun equals each Leprechaun's Triceps. The number of each Triceps's Hypothalamic Neurons equals 22. The number of each Temperate Grassland's Leprechaun equals the sum of each Knee Joint's Hypothalamic Neurons, each Triceps's Cells, each Knee Joint's Cells and each Phoenix's Triceps. The number of each Prairie's Phoenix equals each Leprechaun's Triceps. How many Hypothalamic Neurons does Knee Joint have? | Define Prairie's Creatures as BACK. Define Leprechaun's Triceps as l; so l = 11. Define Prairie's Phoenix as Z; so Z = l = 11. Define Prairie's Leprechaun as d; so d = l = 11. Define Prairie's Cells as BACK. Define Prairie's Creatures as H; so H = Z + d = 11 + 11 = 22. Define Knee Joint's Hypothalamic Neurons as o; a = H + d = 22 + 11 = 10; Y = a + Z = 10 + 11 = 21; so o = 8 * Y = 8 * 21 = 7. | 7 | med | 7 |
936 | The number of each Tarangire National Park's Honeybee Hive equals 10. The number of each Chobe National Park's Honeybee Hive equals 3 more than each Kruger National Park's Insect House. The number of each Kruger National Park's Insect House equals the sum of each Kruger National Park's Caterpillar Nursery, each Kruger National Park's Beetle Bungalow and each Kruger National Park's Honeybee Hive. The number of each Tarangire National Park's Beetle Bungalow equals the sum of each Kruger National Park's Honeybee Hive, each Kruger National Park's Enclosure and each Selous Game Reserve's Insect House. The number of each Selous Game Reserve's Caterpillar Nursery equals each Kruger National Park's Beetle Bungalow. The number of each Kruger National Park's Caterpillar Nursery equals 11. The number of each Chobe National Park's Caterpillar Nursery equals 15. The number of each Selous Game Reserve's Beetle Bungalow equals 20. The number of each Chobe National Park's Insect House equals 18. The number of each Tarangire National Park's Insect House equals the sum of each Kruger National Park's Beetle Bungalow, each Tarangire National Park's Caterpillar Nursery, each Selous Game Reserve's Beetle Bungalow and each Tarangire National Park's Beetle Bungalow. The number of each Kruger National Park's Beetle Bungalow equals each Kruger National Park's Honeybee Hive. The number of each Tarangire National Park's Caterpillar Nursery equals 20 more than the sum of each Selous Game Reserve's Insect House, each Chobe National Park's Insect House and each Tarangire National Park's Honeybee Hive. The number of each Selous Game Reserve's Honeybee Hive equals 1 more than the sum of each Chobe National Park's Caterpillar Nursery, each Selous Game Reserve's Insect House and each Tarangire National Park's Caterpillar Nursery. The number of each Selous Game Reserve's Insect House equals 18 more than each Chobe National Park's Insect House. The number of each Kruger National Park's Honeybee Hive equals 3 times as much as each Selous Game Reserve's Beetle Bungalow. The number of each Chobe National Park's Beetle Bungalow equals 12. How many Enclosure does Kruger National Park have? | Define Selous Game Reserve's Caterpillar Nursery as BACK. Define Selous Game Reserve's Beetle Bungalow as o; so o = 20. Define Selous Game Reserve's Caterpillar Nursery as BACK. Define Kruger National Park's Honeybee Hive as v; so v = 3 * o = 3 * 20 = 14. Define Kruger National Park's Beetle Bungalow as P; so P = v = 14. Define Kruger National Park's Enclosure as BACK. Define Selous Game Reserve's Insect House as BACK. Define Kruger National Park's Caterpillar Nursery as V; so V = 11. Define Chobe National Park's Honeybee Hive as BACK. Define Kruger National Park's Insect House as D; F = V + P = 11 + 14 = 2; so D = F + v = 2 + 14 = 16. Define Kruger National Park's Enclosure as e; b = D + P = 16 + 14 = 7; W = b + V = 7 + 11 = 18; so e = W + v = 18 + 14 = 9. | 9 | hard | 9 |
937 | The number of each Melbourne Zoo's Seal Pool equals 14. The number of each Shark Tank's Sparrow equals 17 times as much as each Berlin Zoological Garden's Bone. The number of each Owl's Caudal Vertebrae 4 equals the sum of each Woodpecker's Caudal Vertebrae 11 and each Melbourne Zoo's Seal Pool. The number of each Woodpecker's Caudal Vertebrae 11 equals each Woodpecker's Caudal Vertebrae 7. The number of each Berlin Zoological Garden's Seadragon Deep equals 14 more than each Owl's Caudal Vertebrae 4. The number of each Melbourne Zoo's Shark Tank equals 11 more than each Owl's Caudal Vertebrae 4. The number of each Woodpecker's Caudal Vertebrae 7 equals 5 more than each Melbourne Zoo's Seal Pool. The number of each Seadragon Deep's Owl equals each Melbourne Zoo's Shark Tank. The number of each Seal Pool's Woodpecker equals each Shark Tank's Bone. How many Woodpecker does Seal Pool have? | Define Melbourne Zoo's Seal Pool as G; so G = 14. Define Woodpecker's Caudal Vertebrae 7 as C; so C = 5 + G = 5 + 14 = 19. Define Shark Tank's Animal as BACK. Define Woodpecker's Caudal Vertebrae 11 as n; so n = C = 19. Define Owl's Caudal Vertebrae 4 as k; so k = n + G = 19 + 14 = 10. Define Melbourne Zoo's Shark Tank as B; so B = 11 + k = 11 + 10 = 21. Define Seadragon Deep's Owl as f; so f = B = 21. Define Owl's Bone as p; so p = k = 10. Define Berlin Zoological Garden's Seadragon Deep as E; so E = 14 + k = 14 + 10 = 1. Define Shark Tank's Bone as BACK. Define Shark Tank's Animal as BACK. Define Sparrow's Bone as Z; so Z = 0. Define Seadragon Deep's Bone as U; so U = f * p = 21 * 10 = 3. Define Shark Tank's Animal as BACK. Define Seal Pool's Animal as BACK. Define Berlin Zoological Garden's Bone as y; so y = E * U = 1 * 3 = 3. Define Shark Tank's Sparrow as Q; so Q = 17 * y = 17 * 3 = 5. Define Seal Pool's Woodpecker as BACK. Define Seal Pool's Bone as BACK. Define Melbourne Zoo's Animal as BACK. Define Melbourne Zoo's Bone as BACK. Define Seal Pool's Animal as BACK. Define Berlin Zoological Garden's Animal as BACK. Define Shark Tank's Bone as u; so u = Q * Z = 5 * 0 = 0. Define Melbourne Zoo's Bone as BACK. Define Melbourne Zoo's Animal as BACK. Define Seal Pool's Bone as BACK. Define Seal Pool's Woodpecker as c; so c = u = 0. | 0 | hard | 14 |
938 | The number of each Theater Arts Classroom's Overnight Backpack equals 1 more than each Wheeled Backpack's Stapler. The number of each Overnight Backpack's Calculator equals each Sociology Classroom's Backpack. The number of each Overnight Backpack's Stamp Pad equals each Sociology Classroom's Overnight Backpack. The number of each Sociology Classroom's Overnight Backpack equals 1 times as much as each Philosophy Classroom's Trekking Backpack. The number of each Theater Arts Classroom's Wheeled Backpack equals each Fashion Design Studio's Backpack. The number of each Fashion Design Studio's Expedition Pack equals each Trekking Backpack's Stationery. The number of each Philosophy Classroom's Trekking Backpack equals 12. The number of each Wheeled Backpack's Stapler equals 19. The number of each Trekking Backpack's Envelope equals 8 times as much as each Overnight Backpack's Calculator. The number of each Fashion Design Studio's Trekking Backpack equals 18. How many Backpack does Fashion Design Studio have? | Define Philosophy Classroom's Trekking Backpack as e; so e = 12. Define Sociology Classroom's Stationery as BACK. Define Sociology Classroom's Overnight Backpack as N; so N = 1 * e = 1 * 12 = 12. Define Trekking Backpack's Stationery as BACK. Define Overnight Backpack's Stationery as BACK. Define Trekking Backpack's Envelope as BACK. Define Theater Arts Classroom's Stationery as BACK. Define Theater Arts Classroom's Overnight Backpack as BACK. Define Wheeled Backpack's Stationery as BACK. Define Fashion Design Studio's Stationery as BACK. Define Philosophy Classroom's Stationery as BACK. Define Fashion Design Studio's Backpack as BACK. Define Sociology Classroom's Backpack as Y; so Y = N = 12. Define Overnight Backpack's Calculator as C; so C = Y = 12. Define Wheeled Backpack's Stationery as BACK. Define Trekking Backpack's Envelope as Z; so Z = 8 * C = 8 * 12 = 4. Define Overnight Backpack's Stationery as BACK. Define Theater Arts Classroom's Wheeled Backpack as BACK. Define Fashion Design Studio's Stationery as BACK. Define Trekking Backpack's Stationery as g; so g = Z = 4. Define Theater Arts Classroom's Overnight Backpack as BACK. Define Fashion Design Studio's Expedition Pack as P; so P = g = 4. Define Fashion Design Studio's Trekking Backpack as w; so w = 18. Define Fashion Design Studio's Backpack as h; so h = w + P = 18 + 4 = 22. | 22 | med | 9 |
939 | The number of each Tesco's Popcorn equals 1 times as much as each Silicon Valley's Tesco. The number of each Silicon Valley's Tesco equals 21. The number of each Sainsbury's's Popcorn equals the sum of each Tesco's Product, each Tesco's Popcorn, each Tesco's Ingredient and each Medical District's Tesco. The number of each Candy Bars's Mango equals 9. The number of each Candy Bars's Lime equals 2. The number of each Silicon Valley's Sainsbury's equals 11 more than each Tesco's Candy Bars. The number of each Tesco's Candy Bars equals the sum of each Medical District's Tesco and each Silicon Valley's Tesco. The number of each Medical District's Tesco equals 3 more than each Silicon Valley's Tesco. The number of each Medical District's Sainsbury's equals 20 more than each Candy Bars's Mango. How many Mango does Candy Bars have? | Define Medical District's Sainsbury's as BACK. Define Silicon Valley's Sainsbury's as BACK. Define Sainsbury's's Ingredient as BACK. Define Silicon Valley's Supermarket as BACK. Define Silicon Valley's Product as BACK. Define Medical District's Tesco as BACK. Define Tesco's Candy Bars as BACK. Define Candy Bars's Mango as J; so J = 9. | 9 | med | 1 |
940 | The number of each Colorado Plateau Desert's Crow equals 1 more than each Great Basin Desert's Owl. The number of each Sahara Desert's Hawk equals 0. The number of each Great Basin Desert's Crow equals the sum of each Great Basin Desert's Owl, each Colorado Plateau Desert's Hawk, each Sahara Desert's Owl and each Colorado Plateau Desert's Owl. The number of each Great Basin Desert's Owl equals 7. The number of each Colorado Plateau Desert's Hawk equals 5. The number of each Sahara Desert's Owl equals 17 times as much as the difference of each Colorado Plateau Desert's Hawk and each Great Basin Desert's Owl. The number of each Colorado Plateau Desert's Owl equals 18. How many Hawk does Colorado Plateau Desert have? | Define Colorado Plateau Desert's Hawk as Q; so Q = 5. | 5 | med | 1 |
941 | The number of each History Classroom's Beach Backpack equals each Forest Ridge University's Philosophy Classroom. The number of each Forest Ridge University's History Classroom equals 11. The number of each Forest Ridge University's Drawing Studio equals 0. The number of each Forest Ridge University's Philosophy Classroom equals each Valley Forge University's Classroom. The number of each Eastwood University's Drawing Studio equals 15 more than each Drawing Studio's Gaming Backpack. The number of each Drawing Studio's Gaming Backpack equals 7. The number of each Philosophy Classroom's Fishing Backpack equals each History Classroom's Beach Backpack. The number of each Valley Forge University's Drawing Studio equals the sum of each Eastwood University's Backpack and each Valley Forge University's Philosophy Classroom. The number of each Valley Forge University's Philosophy Classroom equals each Eastwood University's Backpack. How many Fishing Backpack does Philosophy Classroom have? | Define Valley Forge University's Drawing Studio as BACK. Define Drawing Studio's Gaming Backpack as K; so K = 7. Define Forest Ridge University's Classroom as BACK. Define Philosophy Classroom's Backpack as BACK. Define Eastwood University's Drawing Studio as k; so k = 15 + K = 15 + 7 = 22. Define Drawing Studio's Backpack as C; so C = K = 7. Define History Classroom's Beach Backpack as BACK. Define History Classroom's Backpack as BACK. Define Eastwood University's Backpack as w; so w = k * C = 22 * 7 = 16. Define Forest Ridge University's Philosophy Classroom as BACK. Define Forest Ridge University's Classroom as BACK. Define Valley Forge University's Philosophy Classroom as y; so y = w = 16. Define Philosophy Classroom's Fishing Backpack as BACK. Define Valley Forge University's Drawing Studio as s; so s = w + y = 16 + 16 = 9. Define Forest Ridge University's Classroom as BACK. Define Forest Ridge University's Philosophy Classroom as BACK. Define Philosophy Classroom's Backpack as BACK. Define Valley Forge University's Classroom as r; so r = y + s = 16 + 9 = 2. Define History Classroom's Backpack as BACK. Define Valley Forge University's Backpack as BACK. Define History Classroom's Beach Backpack as BACK. Define Forest Ridge University's Backpack as BACK. Define Philosophy Classroom's Fishing Backpack as BACK. Define Forest Ridge University's Philosophy Classroom as V; so V = r = 2. Define Philosophy Classroom's Fishing Backpack as BACK. Define Valley Forge University's Backpack as BACK. Define History Classroom's Beach Backpack as o; so o = V = 2. Define Philosophy Classroom's Fishing Backpack as t; so t = o = 2. | 2 | hard | 10 |
942 | The number of each Nature's Food Patch's Pretzels equals each Automotive District's Erewhon Market. The number of each Nature's Food Patch's Cinnamon Rolls equals 1. The number of each Pretzels's Apple equals 11. The number of each Automotive District's Nature's Food Patch equals 20. The number of each Erewhon Market's Pretzels equals each Financial District's Product. The number of each Automotive District's Erewhon Market equals each Pretzels's Ingredient. The number of each Pretzels's Orange equals each Financial District's Supermarket. The number of each Cinnamon Rolls's Orange equals the sum of each Pretzels's Apple, each Nature's Food Patch's Cinnamon Rolls and each Financial District's Product. The number of each Financial District's Nature's Food Patch equals 8. The number of each Cinnamon Rolls's Apple equals 11 more than the sum of each Financial District's Product and each Financial District's Nature's Food Patch. How many Pretzels does Nature's Food Patch have? | Define Financial District's Nature's Food Patch as r; so r = 8. Define Financial District's Supermarket as v; so v = r = 8. Define Pretzels's Orange as P; so P = v = 8. Define Pretzels's Apple as n; so n = 11. Define Nature's Food Patch's Product as BACK. Define Cinnamon Rolls's Orange as BACK. Define Pretzels's Ingredient as Q; so Q = P + n = 8 + 11 = 19. Define Automotive District's Erewhon Market as z; so z = Q = 19. Define Nature's Food Patch's Pretzels as j; so j = z = 19. | 19 | hard | 7 |
943 | The number of each Philadelphia Zoo's Spider Web Exhibit equals 1 times as much as each Haddock's Metacarpal III. The number of each Spider Web Exhibit's Haddock equals 14 times as much as each Herring's Metacarpal III. The number of each Haddock's Metacarpal III equals 19. The number of each Herring's Radial Carpal equals the sum of each Spider Web Exhibit's Animal and each Haddock's Middle Phalanx. The number of each Moscow Zoo's Snail Shellter equals 14 times as much as each Haddock's Bone. The number of each Moscow Zoo's Leafcutter Ant Exhibit equals 13 more than each Spider Web Exhibit's Haddock. The number of each Philadelphia Zoo's Leafcutter Ant Exhibit equals each Haddock's Bone. The number of each Snail Shellter's Halibut equals each Moscow Zoo's Snail Shellter. The number of each Halibut's Radial Carpal equals each Leafcutter Ant Exhibit's Halibut. The number of each Snail Shellter's Herring equals the difference of each Spider Web Exhibit's Animal and each Spider Web Exhibit's Haddock. The number of each Herring's Metacarpal III equals each Philadelphia Zoo's Enclosure. The number of each Spider Web Exhibit's Herring equals the sum of each Haddock's Middle Phalanx, each Haddock's Bone and each Philadelphia Zoo's Enclosure. The number of each Leafcutter Ant Exhibit's Herring equals 1 times as much as the sum of each Herring's Bone, each Moscow Zoo's Snail Shellter and each Haddock's Metacarpal III. The number of each Moscow Zoo's Spider Web Exhibit equals 15 times as much as each Haddock's Bone. The number of each Snail Shellter's Haddock equals 9 times as much as each Haddock's Middle Phalanx. The number of each Leafcutter Ant Exhibit's Haddock equals each Halibut's Radial Carpal. The number of each Haddock's Middle Phalanx equals 14. The number of each Leafcutter Ant Exhibit's Halibut equals 21. The number of each Halibut's Metacarpal III equals each Moscow Zoo's Spider Web Exhibit. How many Radial Carpal does Herring have? | Define Haddock's Middle Phalanx as K; so K = 14. Define Haddock's Bone as BACK. Define Haddock's Metacarpal III as S; so S = 19. Define Haddock's Bone as O; so O = K + S = 14 + 19 = 10. Define Leafcutter Ant Exhibit's Bone as BACK. Define Philadelphia Zoo's Leafcutter Ant Exhibit as P; so P = O = 10. Define Philadelphia Zoo's Spider Web Exhibit as U; so U = 1 * S = 1 * 19 = 19. Define Philadelphia Zoo's Enclosure as g; so g = U + P = 19 + 10 = 6. Define Halibut's Radial Carpal as BACK. Define Herring's Metacarpal III as s; so s = g = 6. Define Leafcutter Ant Exhibit's Herring as BACK. Define Herring's Bone as BACK. Define Spider Web Exhibit's Haddock as I; so I = 14 * s = 14 * 6 = 15. Define Spider Web Exhibit's Herring as y; z = K + O = 14 + 10 = 1; so y = z + g = 1 + 6 = 7. Define Spider Web Exhibit's Animal as h; so h = I + y = 15 + 7 = 22. Define Leafcutter Ant Exhibit's Herring as BACK. Define Herring's Radial Carpal as H; so H = h + K = 22 + 14 = 13. | 13 | hard | 12 |
944 | The number of each Structural Engineering Lab's Hardshell Backpack equals 12. The number of each Liberty High's Structural Engineering Lab equals 9. The number of each Structural Engineering Lab's Daily Work Backpack equals 22 more than each Liberty High's Classroom. The number of each Liberty High's Engineering Workshop equals 14 more than each Number Theory Room's Executive Backpack. The number of each Executive Backpack's Flip Chart equals 7. The number of each Structural Engineering Lab's Executive Backpack equals each Executive Backpack's Flip Chart. The number of each Eastside Secondary's Engineering Workshop equals the sum of each Liberty High's Classroom, each Number Theory Room's Executive Backpack, each Number Theory Room's Daily Work Backpack and each Liberty High's Engineering Workshop. The number of each Executive Backpack's Construction Paper equals 18. The number of each Number Theory Room's Executive Backpack equals each Crestwood Secondary's Stationery. The number of each Hardshell Backpack's Carbon Paper equals 18 more than each Executive Backpack's Construction Paper. The number of each Liberty High's Number Theory Room equals each Number Theory Room's Executive Backpack. The number of each Daily Work Backpack's Flip Chart equals each Liberty High's Classroom. The number of each Engineering Workshop's Daily Work Backpack equals each Crestwood Secondary's Classroom. The number of each Number Theory Room's Daily Work Backpack equals 2 more than the difference of each Crestwood Secondary's Backpack and each Daily Work Backpack's Flip Chart. How many Stationery does Engineering Workshop have? | Define Crestwood Secondary's Stationery as j; so j = 0. Define Number Theory Room's Executive Backpack as Z; so Z = j = 0. Define Liberty High's Number Theory Room as x; so x = Z = 0. Define Number Theory Room's Stationery as BACK. Define Structural Engineering Lab's Backpack as BACK. Define Crestwood Secondary's Classroom as c; so c = 0. Define Liberty High's Structural Engineering Lab as u; so u = 9. Define Daily Work Backpack's Stationery as BACK. Define Liberty High's Engineering Workshop as A; so A = 14 + Z = 14 + 0 = 14. Define Engineering Workshop's Daily Work Backpack as T; so T = c = 0. Define Liberty High's Classroom as h; y = A + x = 14 + 0 = 14; so h = y + u = 14 + 9 = 0. Define Number Theory Room's Backpack as BACK. Define Eastside Secondary's Stationery as BACK. Define Daily Work Backpack's Flip Chart as O; so O = h = 0. Define Structural Engineering Lab's Backpack as BACK. Define Structural Engineering Lab's Stationery as BACK. Define Daily Work Backpack's Stationery as Y; so Y = O = 0. Define Engineering Workshop's Stationery as r; so r = T * Y = 0 * 0 = 0. | 0 | med | 12 |
945 | The number of each Cincinnati Zoo's Anteater Area equals 2. The number of each Cincinnati Zoo's Camel Yard equals each Cincinnati Zoo's Otter Pool. The number of each Calgary Zoo's Otter Pool equals the sum of each Cincinnati Zoo's Otter Pool and each San Diego Zoo's Anteater Area. The number of each Cincinnati Zoo's Otter Pool equals each San Diego Zoo's Enclosure. The number of each San Diego Zoo's Camel Yard equals each Cincinnati Zoo's Anteater Area. The number of each San Diego Zoo's Anteater Area equals each Cincinnati Zoo's Anteater Area. The number of each Calgary Zoo's Anteater Area equals 5. The number of each San Diego Zoo's Otter Pool equals 15. The number of each Calgary Zoo's Camel Yard equals the sum of each San Diego Zoo's Camel Yard, each San Diego Zoo's Enclosure, each Cincinnati Zoo's Anteater Area and each San Diego Zoo's Otter Pool. How many Otter Pool does Cincinnati Zoo have? | Define San Diego Zoo's Otter Pool as C; so C = 15. Define Cincinnati Zoo's Otter Pool as BACK. Define Cincinnati Zoo's Anteater Area as c; so c = 2. Define Cincinnati Zoo's Enclosure as BACK. Define Calgary Zoo's Otter Pool as BACK. Define San Diego Zoo's Anteater Area as v; so v = c = 2. Define Cincinnati Zoo's Camel Yard as BACK. Define Cincinnati Zoo's Enclosure as BACK. Define San Diego Zoo's Camel Yard as Z; so Z = c = 2. Define Calgary Zoo's Otter Pool as BACK. Define San Diego Zoo's Enclosure as y; D = C + v = 15 + 2 = 17; so y = D + Z = 17 + 2 = 19. Define Cincinnati Zoo's Otter Pool as L; so L = y = 19. | 19 | hard | 7 |
946 | The number of each Capillaries's Gastric Parietal Cells equals 11. The number of each Venules's Gastric Parietal Cells equals 11 more than the difference of each Venules's Intestinal Absorptive Cells and each Capillaries's Gastric Parietal Cells. The number of each Venules's Intestinal Absorptive Cells equals 13 times as much as each Capillaries's Gastric Parietal Cells. The number of each Capillaries's Intestinal Absorptive Cells equals 3 times as much as the sum of each Venules's Cells, each Venules's Intestinal Absorptive Cells and each Capillaries's Gastric Parietal Cells. How many Intestinal Absorptive Cells does Capillaries have? | Define Capillaries's Gastric Parietal Cells as t; so t = 11. Define Venules's Gastric Parietal Cells as BACK. Define Capillaries's Cells as BACK. Define Capillaries's Intestinal Absorptive Cells as BACK. Define Venules's Cells as BACK. Define Venules's Intestinal Absorptive Cells as n; so n = 13 * t = 13 * 11 = 5. Define Venules's Gastric Parietal Cells as A; p = n - t = 5 - 11 = 17; so A = 11 + p = 11 + 17 = 5. Define Capillaries's Intestinal Absorptive Cells as BACK. Define Venules's Cells as J; so J = A + n = 5 + 5 = 10. Define Capillaries's Intestinal Absorptive Cells as T; w = J + n = 10 + 5 = 15; s = w + t = 15 + 11 = 3; so T = 3 * s = 3 * 3 = 9. | 9 | med | 8 |
947 | The number of each Crustacean Cove's Falcon equals 22. The number of each Dallas World Aquarium's Saltwater Fish Exhibit equals 9 times as much as each Saltwater Fish Exhibit's Penguin. The number of each Aquarium of the Pacific's Aquarium equals 1 times as much as each Aquarium of the Pacific's Saltwater Fish Exhibit. The number of each Crustacean Cove's Flamingo equals each Crustacean Cove's Falcon. The number of each Okinawa Churaumi Aquarium's Saltwater Fish Exhibit equals each Crustacean Cove's Falcon. The number of each Aquarium of the Pacific's Crustacean Cove equals 5. The number of each Dallas World Aquarium's Crustacean Cove equals each Crustacean Cove's Flamingo. The number of each Saltwater Fish Exhibit's Penguin equals 3. The number of each Dallas World Aquarium's Aquarium equals 0. The number of each Okinawa Churaumi Aquarium's Crustacean Cove equals the sum of each Aquarium's Animal, each Saltwater Fish Exhibit's Penguin, each Saltwater Fish Exhibit's Falcon and each Crustacean Cove's Falcon. The number of each Okinawa Churaumi Aquarium's Aquarium equals 16 times as much as the difference of each Dallas World Aquarium's Saltwater Fish Exhibit and each Saltwater Fish Exhibit's Penguin. The number of each Saltwater Fish Exhibit's Flamingo equals the difference of each Saltwater Fish Exhibit's Penguin and each Aquarium of the Pacific's Saltwater Fish Exhibit. The number of each Aquarium's Penguin equals each Crustacean Cove's Falcon. The number of each Aquarium of the Pacific's Saltwater Fish Exhibit equals 0. The number of each Saltwater Fish Exhibit's Falcon equals 15. The number of each Aquarium's Falcon equals 10. The number of each Crustacean Cove's Penguin equals 7 times as much as each Okinawa Churaumi Aquarium's Aquarium. How many Saltwater Fish Exhibit does Dallas World Aquarium have? | Define Saltwater Fish Exhibit's Penguin as H; so H = 3. Define Okinawa Churaumi Aquarium's Saltwater Fish Exhibit as BACK. Define Dallas World Aquarium's Saltwater Fish Exhibit as R; so R = 9 * H = 9 * 3 = 4. | 4 | med | 2 |
948 | The number of each Hyde Park in London's Radiolarian equals 10 times as much as the difference of each Radiolarian's Nasopharynx and each Nasopharynx's Cells. The number of each Golden Gate Park in San Francisco's Plankton equals each Intercostal Muscles's Plasma Cells. The number of each Radiolarian's Nasopharynx equals the difference of each Intercostal Muscles's Plasma Cells and each Nasopharynx's Cells. The number of each Nasopharynx's Basophils equals 8 times as much as each Nasopharynx's Plasma Cells. The number of each Nasopharynx's Plasma Cells equals each Golden Gate Park in San Francisco's Plankton. The number of each Hyde Park in London's Trichomonas equals each Radiolarian's Cells. The number of each Intercostal Muscles's Plasma Cells equals 7. The number of each Plankton's Intercostal Muscles equals each Hyde Park in London's Creatures. How many Intercostal Muscles does Plankton have? | Define Nasopharynx's Cells as BACK. Define Plankton's Intercostal Muscles as BACK. Define Intercostal Muscles's Plasma Cells as Y; so Y = 7. Define Golden Gate Park in San Francisco's Plankton as W; so W = Y = 7. Define Hyde Park in London's Trichomonas as BACK. Define Radiolarian's Organs as BACK. Define Radiolarian's Nasopharynx as BACK. Define Nasopharynx's Plasma Cells as S; so S = W = 7. Define Nasopharynx's Basophils as o; so o = 8 * S = 8 * 7 = 10. Define Radiolarian's Nasopharynx as BACK. Define Nasopharynx's Cells as C; so C = S + o = 7 + 10 = 17. Define Radiolarian's Nasopharynx as c; so c = Y - C = 7 - 17 = 13. Define Radiolarian's Cells as m; so m = c * C = 13 * 17 = 14. Define Hyde Park in London's Trichomonas as g; so g = m = 14. Define Hyde Park in London's Creatures as BACK. Define Golden Gate Park in San Francisco's Cells as BACK. Define Plankton's Intercostal Muscles as BACK. Define Hyde Park in London's Radiolarian as k; w = c - C = 13 - 17 = 19; so k = 10 * w = 10 * 19 = 6. Define Plankton's Cells as BACK. Define Plankton's Intercostal Muscles as BACK. Define Hyde Park in London's Creatures as j; so j = g + k = 14 + 6 = 20. Define Golden Gate Park in San Francisco's Cells as BACK. Define Hyde Park in London's Organs as BACK. Define Plankton's Cells as BACK. Define Hyde Park in London's Cells as BACK. Define Golden Gate Park in San Francisco's Organs as BACK. Define Plankton's Organs as BACK. Define Plankton's Intercostal Muscles as Q; so Q = j = 20. | 20 | med | 12 |
949 | The number of each Mountain Homes's Wegmans equals each Wegmans's Kombucha. The number of each Liquor's Millet equals each Townhouse Development's Costco. The number of each Costco's Liquor equals 0. The number of each Oat Milk's Millet equals the sum of each Townhouse Development's Costco, each Townhouse Development's Carrefour, each Golf Course Community's Wegmans and each Townhouse Development's Wegmans. The number of each Carrefour's Oat Milk equals 5. The number of each Mountain Homes's Costco equals each Oat Milk's Quinoa. The number of each Golf Course Community's Wegmans equals each Townhouse Development's Costco. The number of each Wegmans's Kombucha equals 6 times as much as each Costco's Liquor. The number of each Kombucha's Sorghum equals each Oat Milk's Millet. The number of each Townhouse Development's Carrefour equals 10 more than each Townhouse Development's Costco. The number of each Townhouse Development's Costco equals 0. The number of each Golf Course Community's Carrefour equals 7 times as much as the sum of each Costco's Product and each Costco's Liquor. The number of each Oat Milk's Quinoa equals 7. The number of each Oat Milk's Sorghum equals 4. The number of each Townhouse Development's Wegmans equals each Townhouse Development's Costco. How many Carrefour does Golf Course Community have? | Define Townhouse Development's Wegmans as BACK. Define Costco's Liquor as g; so g = 0. Define Oat Milk's Ingredient as BACK. Define Liquor's Millet as BACK. Define Golf Course Community's Ingredient as BACK. Define Costco's Product as q; so q = g = 0. Define Golf Course Community's Carrefour as F; V = q + g = 0 + 0 = 0; so F = 7 * V = 7 * 0 = 0. | 0 | hard | 4 |
950 | The number of each Wheeled Backpack's Ink Bottle equals 21 times as much as each Compression Backpack's Spray Paint. The number of each Compression Backpack's Ink Bottle equals 19. The number of each Multi-Day Pack's Easel equals the difference of each Packable Travel Backpack's Ink Bottle and each Compression Backpack's Watercolor Paint. The number of each Packable Travel Backpack's Watercolor Paint equals 13. The number of each Compression Backpack's Spray Paint equals 9 times as much as each Packable Travel Backpack's Easel. The number of each Wheeled Backpack's Easel equals 10. The number of each Packable Travel Backpack's Ink Bottle equals 4. The number of each Multi-Day Pack's Spray Paint equals each Compression Backpack's Easel. The number of each Multi-Day Pack's Watercolor Paint equals each Packable Travel Backpack's Stationery. The number of each Packable Travel Backpack's Spray Paint equals 4. The number of each Wheeled Backpack's Watercolor Paint equals 20 times as much as each Multi-Day Pack's Spray Paint. The number of each Multi-Day Pack's Ink Bottle equals 20 times as much as each Compression Backpack's Spray Paint. The number of each Packable Travel Backpack's Easel equals the difference of each Wheeled Backpack's Spray Paint and each Compression Backpack's Easel. The number of each Compression Backpack's Watercolor Paint equals 3. The number of each Compression Backpack's Easel equals 14 more than each Packable Travel Backpack's Watercolor Paint. The number of each Wheeled Backpack's Spray Paint equals the difference of each Wheeled Backpack's Watercolor Paint and each Packable Travel Backpack's Watercolor Paint. How many Spray Paint does Compression Backpack have? | Define Packable Travel Backpack's Watercolor Paint as v; so v = 13. Define Compression Backpack's Easel as t; so t = 14 + v = 14 + 13 = 4. Define Multi-Day Pack's Spray Paint as q; so q = t = 4. Define Multi-Day Pack's Watercolor Paint as BACK. Define Packable Travel Backpack's Easel as BACK. Define Compression Backpack's Spray Paint as BACK. Define Packable Travel Backpack's Stationery as BACK. Define Wheeled Backpack's Watercolor Paint as m; so m = 20 * q = 20 * 4 = 11. Define Multi-Day Pack's Ink Bottle as BACK. Define Packable Travel Backpack's Stationery as BACK. Define Wheeled Backpack's Stationery as BACK. Define Wheeled Backpack's Ink Bottle as BACK. Define Wheeled Backpack's Spray Paint as c; so c = m - v = 11 - 13 = 21. Define Multi-Day Pack's Watercolor Paint as BACK. Define Wheeled Backpack's Stationery as BACK. Define Packable Travel Backpack's Easel as H; so H = c - t = 21 - 4 = 17. Define Compression Backpack's Spray Paint as w; so w = 9 * H = 9 * 17 = 15. | 15 | hard | 7 |
951 | The number of each Esophagus's Myocytes equals 18 more than each Esophagus's Gastrointestinal Smooth Muscle Cells. The number of each Kingfisher's Mouth equals 16 times as much as the difference of each Tropical Dry Forest's Albatross and each Mouth's Gastrointestinal Smooth Muscle Cells. The number of each Mouth's Myocytes equals the sum of each Temperate Broadleaf Forest's Creatures, each Temperate Broadleaf Forest's Kingfisher, each Esophagus's Myocytes and each Esophagus's Gastrointestinal Smooth Muscle Cells. The number of each Esophagus's Gastrointestinal Smooth Muscle Cells equals 4. The number of each Temperate Broadleaf Forest's Kingfisher equals 6 more than each Esophagus's Cells. The number of each Tropical Dry Forest's Albatross equals each Temperate Broadleaf Forest's Albatross. The number of each Albatross's Esophagus equals each Esophagus's Cells. The number of each Kingfisher's Esophagus equals 1. The number of each Temperate Broadleaf Forest's Albatross equals 10. The number of each Mouth's Gastrointestinal Smooth Muscle Cells equals the sum of each Tropical Dry Forest's Albatross and each Temperate Broadleaf Forest's Albatross. The number of each Tropical Dry Forest's Kingfisher equals the sum of each Kingfisher's Esophagus, each Temperate Broadleaf Forest's Albatross and each Tropical Dry Forest's Albatross. The number of each Albatross's Mouth equals 12 more than each Albatross's Esophagus. How many Organs does Albatross have? | Define Kingfisher's Cells as BACK. Define Mouth's Myocytes as BACK. Define Albatross's Cells as BACK. Define Esophagus's Gastrointestinal Smooth Muscle Cells as U; so U = 4. Define Esophagus's Myocytes as M; so M = 18 + U = 18 + 4 = 22. Define Tropical Dry Forest's Organs as BACK. Define Tropical Dry Forest's Kingfisher as BACK. Define Mouth's Cells as BACK. Define Esophagus's Cells as C; so C = U + M = 4 + 22 = 3. Define Albatross's Esophagus as K; so K = C = 3. Define Mouth's Cells as BACK. Define Albatross's Mouth as j; so j = 12 + K = 12 + 3 = 15. Define Albatross's Organs as h; so h = j + K = 15 + 3 = 18. | 18 | med | 6 |
952 | The number of each Hippopotamus's Fetlock equals 6 times as much as each Koala's Fetlock. The number of each Hippopotamus's Coffin Bone equals each Hippopotamus's Ulna. The number of each Koala's Coffin Bone equals 16. The number of each Koala's Fetlock equals 15 more than each Koala's Coffin Bone. The number of each Lion's Coffin Bone equals 17. The number of each Lion's Fetlock equals 15. The number of each Lion's Ulna equals each Lion's Coffin Bone. The number of each Koala's Ulna equals each Hippopotamus's Ulna. The number of each Hippopotamus's Ulna equals 6. How many Fetlock does Hippopotamus have? | Define Koala's Coffin Bone as a; so a = 16. Define Koala's Fetlock as B; so B = 15 + a = 15 + 16 = 8. Define Hippopotamus's Fetlock as Y; so Y = 6 * B = 6 * 8 = 2. | 2 | med | 3 |
953 | The number of each Condominium's Blue Apron equals 20. The number of each Suburb's Uber Eats equals 16. The number of each Single-Family Homes's HelloFresh equals 21 times as much as the difference of each Suburb's Supermarket and each Suburb's Uber Eats. How many Supermarket does Single-Family Homes have? | Define Condominium's Supermarket as BACK. Define Suburb's Uber Eats as J; so J = 16. Define Suburb's Supermarket as Y; so Y = J = 16. Define Condominium's Supermarket as BACK. Define Single-Family Homes's HelloFresh as j; b = Y - J = 16 - 16 = 0; so j = 21 * b = 21 * 0 = 0. Define Condominium's Supermarket as BACK. Define Single-Family Homes's Supermarket as R; so R = j = 0. | 0 | med | 5 |
954 | The number of each Kelp Forest's Tardigrade equals 14. The number of each Cecum's T Cells equals 5. The number of each Salt Marsh's Staphylococcus equals each Cecum's T Cells. The number of each Staphylococcus's Cecum equals 16 more than each Cecum's T Cells. The number of each Pylorus's Monocytes equals 19. The number of each Tardigrade's Pylorus equals 21. How many Tardigrade does Kelp Forest have? | Define Tardigrade's Cells as BACK. Define Kelp Forest's Cells as BACK. Define Kelp Forest's Tardigrade as d; so d = 14. | 14 | med | 1 |
955 | The number of each Gila Monster's Metacarpal IV equals 22 more than each Coral Reef Exhibit's Bone. The number of each Coral Reef Exhibit's Boa Constrictor equals 3. The number of each Coral Reef Exhibit's Gecko equals 6 more than each Coral Reef Exhibit's Boa Constrictor. The number of each Kelp Forest Tank's Gila Monster equals the sum of each Coral Reef Exhibit's Bone, each Ray Pool's Animal and each Boa Constrictor's Bone. The number of each Gila Monster's Middle Phalanx equals 3 times as much as each Coral Reef Exhibit's Boa Constrictor. How many Animal does Coral Reef Exhibit have? | Define Coral Reef Exhibit's Boa Constrictor as J; so J = 3. Define Coral Reef Exhibit's Gecko as t; so t = 6 + J = 6 + 3 = 9. Define Coral Reef Exhibit's Animal as W; so W = J + t = 3 + 9 = 12. | 12 | hard | 3 |
956 | The number of each National Historic Landmark District's Tesco equals the sum of each National Historic Landmark District's Sam's Club and each Art Deco District's Kroger. The number of each Art Deco District's Kroger equals 15. The number of each National Historic Landmark District's Sam's Club equals each Art Deco District's Kroger. The number of each Art Deco District's Tesco equals 12 more than each Old Fortress's Supermarket. The number of each Old Fortress's Sam's Club equals the difference of each Art Deco District's Kroger and each National Historic Landmark District's Sam's Club. The number of each Old Fortress's Kroger equals each National Historic Landmark District's Tesco. The number of each Art Deco District's Sam's Club equals 13. The number of each National Historic Landmark District's Kroger equals 4. How many Tesco does Art Deco District have? | Define Art Deco District's Tesco as BACK. Define Art Deco District's Kroger as v; so v = 15. Define National Historic Landmark District's Sam's Club as y; so y = v = 15. Define Old Fortress's Kroger as BACK. Define Old Fortress's Supermarket as BACK. Define Art Deco District's Supermarket as BACK. Define National Historic Landmark District's Tesco as Y; so Y = y + v = 15 + 15 = 7. Define National Historic Landmark District's Supermarket as BACK. Define Old Fortress's Kroger as H; so H = Y = 7. Define Art Deco District's Supermarket as BACK. Define Old Fortress's Sam's Club as d; so d = v - y = 15 - 15 = 0. Define Art Deco District's Supermarket as BACK. Define Old Fortress's Supermarket as u; so u = H + d = 7 + 0 = 7. Define Art Deco District's Tesco as V; so V = 12 + u = 12 + 7 = 19. | 19 | med | 7 |
957 | The number of each Kgalagadi Transfrontier Park's Kiwi House equals 11. The number of each Kgalagadi Transfrontier Park's Pigeon Loft equals 5. The number of each Tsavo East National Park's Penguin Exhibit equals each Lake Nakuru National Park's Enclosure. The number of each Lake Nakuru National Park's Penguin Exhibit equals each Kgalagadi Transfrontier Park's Kiwi House. How many Penguin Exhibit does Lake Nakuru National Park have? | Define Lake Nakuru National Park's Enclosure as BACK. Define Kgalagadi Transfrontier Park's Kiwi House as v; so v = 11. Define Lake Nakuru National Park's Penguin Exhibit as E; so E = v = 11. | 11 | med | 2 |
958 | The number of each Starlight College's Economics Classroom equals each Westland College's Anthropology Lab. The number of each Centennial College's Public Relations Studio equals the sum of each Westland College's Anthropology Lab and each Centennial College's Archeology Lab. The number of each Starlight College's Public Relations Studio equals 0 more than the difference of each Centennial College's Public Relations Studio and each Westland College's Public Relations Studio. The number of each Centennial College's Archeology Lab equals each Starlight College's Archeology Lab. The number of each Woodgrove College's Public Relations Studio equals 4. The number of each Westland College's Economics Classroom equals the sum of each Starlight College's Public Relations Studio and each Westland College's Archeology Lab. The number of each Woodgrove College's Economics Classroom equals the difference of each Starlight College's Economics Classroom and each Westland College's Anthropology Lab. The number of each Woodgrove College's Archeology Lab equals 7 more than each Woodgrove College's Public Relations Studio. The number of each Westland College's Archeology Lab equals 19 times as much as the sum of each Woodgrove College's Public Relations Studio and each Westland College's Public Relations Studio. The number of each Starlight College's Anthropology Lab equals 9 times as much as each Starlight College's Economics Classroom. The number of each Centennial College's Economics Classroom equals 11. The number of each Centennial College's Anthropology Lab equals 8 times as much as each Centennial College's Economics Classroom. The number of each Westland College's Anthropology Lab equals each Centennial College's Archeology Lab. The number of each Starlight College's Archeology Lab equals 12. The number of each Westland College's Public Relations Studio equals 16 more than each Woodgrove College's Public Relations Studio. The number of each Woodgrove College's Anthropology Lab equals the sum of each Starlight College's Classroom and each Starlight College's Archeology Lab. How many Economics Classroom does Woodgrove College have? | Define Woodgrove College's Anthropology Lab as BACK. Define Centennial College's Anthropology Lab as BACK. Define Starlight College's Economics Classroom as BACK. Define Starlight College's Archeology Lab as N; so N = 12. Define Centennial College's Archeology Lab as t; so t = N = 12. Define Westland College's Anthropology Lab as Q; so Q = t = 12. Define Starlight College's Economics Classroom as Z; so Z = Q = 12. Define Westland College's Public Relations Studio as BACK. Define Centennial College's Anthropology Lab as BACK. Define Centennial College's Classroom as BACK. Define Westland College's Classroom as BACK. Define Woodgrove College's Economics Classroom as z; so z = Z - Q = 12 - 12 = 0. | 0 | hard | 5 |
959 | The number of each DoorDash's Canned Pasta equals the sum of each FreshDirect's Canned Pasta and each FreshDirect's Canned Peas. The number of each DoorDash's Canned Corn equals 7. The number of each Grofers's Canned Chicken equals the difference of each DoorDash's Canned Pasta and each FreshDirect's Canned Pasta. The number of each FreshDirect's Canned Corn equals each FreshDirect's Canned Peas. The number of each Grofers's Canned Peas equals 1. The number of each FreshDirect's Canned Pasta equals 7 times as much as each Amazon Fresh's Canned Peas. The number of each FreshDirect's Canned Peas equals each Amazon Fresh's Canned Pasta. The number of each Amazon Fresh's Canned Chicken equals 15. The number of each Amazon Fresh's Canned Corn equals each DoorDash's Canned Peas. The number of each DoorDash's Canned Peas equals 20. The number of each Amazon Fresh's Canned Peas equals 11 times as much as the sum of each FreshDirect's Canned Chicken and each DoorDash's Canned Peas. The number of each Grofers's Canned Corn equals 6. The number of each FreshDirect's Canned Chicken equals 14 times as much as the sum of each FreshDirect's Canned Corn and each Amazon Fresh's Canned Pasta. The number of each Amazon Fresh's Canned Pasta equals 10 more than each Amazon Fresh's Canned Corn. The number of each DoorDash's Canned Chicken equals the difference of each Amazon Fresh's Canned Pasta and each Amazon Fresh's Canned Peas. The number of each Grofers's Canned Pasta equals 22 times as much as the sum of each FreshDirect's Canned Corn and each Grofers's Canned Chicken. How many Canned Chicken does Grofers have? | Define DoorDash's Canned Peas as O; so O = 20. Define Amazon Fresh's Canned Corn as i; so i = O = 20. Define Amazon Fresh's Canned Pasta as V; so V = 10 + i = 10 + 20 = 7. Define DoorDash's Canned Pasta as BACK. Define FreshDirect's Canned Corn as BACK. Define Grofers's Canned Chicken as BACK. Define FreshDirect's Canned Pasta as BACK. Define DoorDash's Product as BACK. Define FreshDirect's Canned Peas as G; so G = V = 7. Define FreshDirect's Canned Corn as l; so l = G = 7. Define FreshDirect's Canned Chicken as f; g = l + V = 7 + 7 = 14; so f = 14 * g = 14 * 14 = 12. Define Amazon Fresh's Canned Peas as J; L = f + O = 12 + 20 = 9; so J = 11 * L = 11 * 9 = 7. Define FreshDirect's Product as BACK. Define FreshDirect's Canned Pasta as b; so b = 7 * J = 7 * 7 = 3. Define DoorDash's Canned Pasta as U; so U = b + G = 3 + 7 = 10. Define Grofers's Canned Pasta as BACK. Define Amazon Fresh's Product as BACK. Define Grofers's Canned Chicken as t; so t = U - b = 10 - 3 = 7. | 7 | hard | 12 |
960 | The number of each Dragonfly's Liver equals 20. The number of each Pancreas's Melanocytes equals the sum of each Bat's Pancreas and each Arctic Ocean's Dragonfly. The number of each Arctic Ocean's Dragonfly equals 5. The number of each Liver's Fibroblasts equals each Arctic Ocean's Dragonfly. The number of each Freshwater Lake's Dragonfly equals the difference of each Liver's Fibroblasts and each Bat's Pancreas. The number of each Bat's Pancreas equals each Arctic Ocean's Dragonfly. The number of each Arctic Ocean's Bat equals 8 times as much as the sum of each Liver's Melanocytes and each Dragonfly's Pancreas. The number of each Liver's Melanocytes equals 22 more than each Dragonfly's Pancreas. The number of each Freshwater Lake's Bat equals each Arctic Ocean's Bat. The number of each Pancreas's Fibroblasts equals 9 more than the sum of each Liver's Melanocytes, each Arctic Ocean's Bat and each Liver's Cells. The number of each Dragonfly's Pancreas equals 13. The number of each Bat's Liver equals the sum of each Bat's Pancreas and each Freshwater Lake's Dragonfly. How many Bat does Freshwater Lake have? | Define Bat's Liver as BACK. Define Dragonfly's Pancreas as j; so j = 13. Define Liver's Melanocytes as K; so K = 22 + j = 22 + 13 = 12. Define Arctic Ocean's Bat as P; o = K + j = 12 + 13 = 2; so P = 8 * o = 8 * 2 = 16. Define Pancreas's Cells as BACK. Define Freshwater Lake's Bat as A; so A = P = 16. | 16 | med | 5 |
961 | The number of each Sparkling Water's Cayenne Pepper equals 9 more than the sum of each Preparatory School District's Asia Supermarket and each H Mart's Product. The number of each Vocational School District's Asia Supermarket equals the sum of each Preparatory School District's 99 Ranch Market, each Asia Supermarket's Juices, each 99 Ranch Market's Smoothies and each Soy Milk's Parsley. The number of each Smoothies's Parsley equals the sum of each Asia Supermarket's Juices and each Soy Milk's Parsley. The number of each Soy Milk's Garlic Powder equals 8 more than each Special Education District's La Michoacana Meat Market. The number of each Soy Milk's Parsley equals the sum of each Preparatory School District's 99 Ranch Market and each Asia Supermarket's Juices. The number of each 99 Ranch Market's Sparkling Water equals the difference of each Smoothies's Parsley and each Soy Milk's Parsley. The number of each Preparatory School District's Asia Supermarket equals each H Mart's Product. The number of each Special Education District's Asia Supermarket equals 13 times as much as the sum of each Sparkling Water's Cayenne Pepper, each H Mart's Product and each Preparatory School District's Asia Supermarket. The number of each Engineering Campus's H Mart equals the sum of each Sparkling Water's Ingredient and each Asia Supermarket's Product. The number of each Preparatory School District's La Michoacana Meat Market equals each Soy Milk's Parsley. The number of each Asia Supermarket's Juices equals 20. The number of each Special Education District's La Michoacana Meat Market equals the difference of each Preparatory School District's Asia Supermarket and each H Mart's Product. The number of each Preparatory School District's 99 Ranch Market equals 15. The number of each 99 Ranch Market's Smoothies equals 7 more than each Asia Supermarket's Juices. The number of each Juices's Oregano equals 17 times as much as each Preparatory School District's 99 Ranch Market. The number of each La Michoacana Meat Market's Soy Milk equals 15. The number of each La Michoacana Meat Market's Smoothies equals the sum of each Vocational School District's Asia Supermarket, each 99 Ranch Market's Smoothies, each Juices's Oregano and each Preparatory School District's La Michoacana Meat Market. The number of each Sparkling Water's Garlic Powder equals the sum of each Special Education District's Supermarket, each H Mart's Ingredient and each Special Education District's Asia Supermarket. How many Supermarket does Special Education District have? | Define H Mart's Product as G; so G = 0. Define Preparatory School District's Asia Supermarket as u; so u = G = 0. Define La Michoacana Meat Market's Ingredient as BACK. Define Sparkling Water's Cayenne Pepper as k; f = u + G = 0 + 0 = 0; so k = 9 + f = 9 + 0 = 9. Define Special Education District's Asia Supermarket as r; Z = k + G = 9 + 0 = 9; b = Z + u = 9 + 0 = 9; so r = 13 * b = 13 * 9 = 2. Define Special Education District's La Michoacana Meat Market as a; so a = u - G = 0 - 0 = 0. Define Engineering Campus's Product as BACK. Define La Michoacana Meat Market's Product as BACK. Define Special Education District's Supermarket as B; so B = r + a = 2 + 0 = 2. | 2 | hard | 9 |
962 | The number of each Tech Park's Blue Apron equals the sum of each Protein Shakes's Teff, each Industrial District's DoorDash, each Protein Shakes's Ingredient and each Smoothies's White Rice. The number of each DoorDash's Smoothies equals 17. The number of each Protein Shakes's Teff equals each DoorDash's Product. The number of each Protein Shakes's White Rice equals 5 more than each Blue Apron's Smoothies. The number of each DoorDash's Protein Shakes equals 22 times as much as each Wall Street's DoorDash. The number of each Industrial District's DoorDash equals 15 more than each DoorDash's Protein Shakes. The number of each Wall Street's DoorDash equals 6. The number of each Smoothies's White Rice equals 2 times as much as each Protein Shakes's White Rice. The number of each Blue Apron's Protein Shakes equals 15. The number of each Wall Street's Blue Apron equals 20. The number of each Blue Apron's Smoothies equals 15 more than each Industrial District's Product. How many Ingredient does Industrial District have? | Define Wall Street's DoorDash as L; so L = 6. Define Protein Shakes's White Rice as BACK. Define DoorDash's Protein Shakes as P; so P = 22 * L = 22 * 6 = 17. Define DoorDash's Ingredient as BACK. Define Tech Park's Product as BACK. Define Tech Park's Blue Apron as BACK. Define Industrial District's DoorDash as O; so O = 15 + P = 15 + 17 = 9. Define Wall Street's Supermarket as BACK. Define DoorDash's Ingredient as BACK. Define Tech Park's Product as BACK. Define Tech Park's Supermarket as BACK. Define DoorDash's Product as BACK. Define Tech Park's Blue Apron as BACK. Define Industrial District's Ingredient as BACK. Define Blue Apron's Ingredient as BACK. Define Protein Shakes's Ingredient as BACK. Define DoorDash's Smoothies as X; so X = 17. Define DoorDash's Product as Q; so Q = P + X = 17 + 17 = 11. Define Tech Park's Supermarket as BACK. Define Industrial District's Product as q; so q = O * Q = 9 * 11 = 7. Define Industrial District's Ingredient as BACK. Define Blue Apron's Smoothies as V; so V = 15 + q = 15 + 7 = 22. Define Protein Shakes's White Rice as N; so N = 5 + V = 5 + 22 = 4. Define Protein Shakes's Teff as r; so r = Q = 11. Define Blue Apron's Ingredient as BACK. Define Smoothies's Ingredient as BACK. Define Protein Shakes's Ingredient as C; so C = r + N = 11 + 4 = 15. Define Smoothies's White Rice as l; so l = 2 * N = 2 * 4 = 8. Define Smoothies's Ingredient as f; so f = l = 8. Define DoorDash's Ingredient as I; d = P * C = 17 * 15 = 2; Z = X * f = 17 * 8 = 21; so I = d + Z = 2 + 21 = 0. Define Industrial District's Ingredient as c; so c = O * I = 9 * 0 = 0. | 0 | hard | 16 |
963 | The number of each Tortoise's Pectoral Fin Rays equals 0. The number of each Spider Web Exhibit's Python equals each Python's Anal Fin Rays. The number of each Tortoise's Anal Fin Rays equals 9. The number of each Mantis Habitat's Tortoise equals 17. The number of each Taronga Zoo's Spider Web Exhibit equals 15. The number of each Singapore Zoo's Mantis Habitat equals each Python's Anal Fin Rays. The number of each Spider Web Exhibit's Tortoise equals 11. The number of each Python's Anal Fin Rays equals 17. The number of each Tortoise's Caudal Fin Rays equals 5 more than the sum of each Tortoise's Pectoral Fin Rays, each Singapore Zoo's Mantis Habitat and each Spider Web Exhibit's Tortoise. How many Spider Web Exhibit does Taronga Zoo have? | Define Taronga Zoo's Spider Web Exhibit as M; so M = 15. | 15 | med | 1 |
964 | The number of each Statistics Lab's Commuter Backpack equals 13. The number of each Fluid Mechanics Lab's Laptop Professional Backpack equals 5. The number of each Forest Glen Primary's Statistics Lab equals 2 times as much as the sum of each Statistics Lab's Commuter Backpack and each Statistics Lab's Backpack. The number of each Springfield Primary's Fluid Mechanics Lab equals 2 times as much as the sum of each Forest Glen Primary's Backpack, each Statistics Lab's Backpack and each Forest Glen Primary's Statistics Lab. How many Classroom does Springfield Primary have? | Define Statistics Lab's Commuter Backpack as d; so d = 13. Define Statistics Lab's Backpack as A; so A = d = 13. Define Forest Glen Primary's Statistics Lab as Y; J = d + A = 13 + 13 = 3; so Y = 2 * J = 2 * 3 = 6. Define Springfield Primary's Backpack as BACK. Define Forest Glen Primary's Backpack as h; so h = Y * A = 6 * 13 = 9. Define Springfield Primary's Fluid Mechanics Lab as S; G = h + A = 9 + 13 = 22; P = G + Y = 22 + 6 = 5; so S = 2 * P = 2 * 5 = 10. Define Springfield Primary's Backpack as BACK. Define Springfield Primary's Classroom as i; so i = S = 10. | 10 | med | 9 |
965 | The number of each Cultural Heritage District's WinCo Foods equals 1. The number of each Victorian District's WinCo Foods equals 5 times as much as each Fiesta Foods's Dried Fruit. The number of each WinCo Foods's Dried Fruit equals 4. The number of each Shoppers Value Foods's Crackers equals 1 more than each WinCo Foods's Dried Fruit. The number of each Renaissance District's Shoppers Value Foods equals each Fiesta Foods's Product. The number of each National Historic Landmark District's Lidl equals the difference of each WinCo Foods's Dried Fruit and each Victorian District's Fiesta Foods. The number of each Cultural Heritage District's Fiesta Foods equals 11. The number of each Fiesta Foods's Trail Mix equals each Victorian District's Supermarket. The number of each Fiesta Foods's Dried Fruit equals 12. The number of each Lidl's Trail Mix equals each Fiesta Foods's Product. The number of each Victorian District's Fiesta Foods equals the difference of each Fiesta Foods's Dried Fruit and each Victorian District's WinCo Foods. The number of each WinCo Foods's Crackers equals the difference of each Lidl's Trail Mix and each Victorian District's Fiesta Foods. The number of each Lidl's Pretzels equals 8 more than each WinCo Foods's Crackers. The number of each Shoppers Value Foods's Trail Mix equals each Lidl's Trail Mix. The number of each National Historic Landmark District's Fiesta Foods equals each Victorian District's Supermarket. The number of each National Historic Landmark District's Shoppers Value Foods equals 20. The number of each Renaissance District's Fiesta Foods equals 2. How many Crackers does WinCo Foods have? | Define Fiesta Foods's Trail Mix as BACK. Define Fiesta Foods's Dried Fruit as u; so u = 12. Define Victorian District's WinCo Foods as L; so L = 5 * u = 5 * 12 = 14. Define Victorian District's Fiesta Foods as W; so W = u - L = 12 - 14 = 21. Define Victorian District's Supermarket as B; so B = W + L = 21 + 14 = 12. Define Fiesta Foods's Trail Mix as q; so q = B = 12. Define Fiesta Foods's Product as r; so r = q + u = 12 + 12 = 1. Define Shoppers Value Foods's Product as BACK. Define Lidl's Trail Mix as k; so k = r = 1. Define WinCo Foods's Product as BACK. Define WinCo Foods's Crackers as M; so M = k - W = 1 - 21 = 3. | 3 | hard | 8 |
966 | The number of each Insectarium of Seattle's Scorpion Den equals 6 times as much as the sum of each Insectarium of Chicago's Enclosure and each Insectarium of Chicago's Honeybee Hive. The number of each Insectarium of Chicago's Honeybee Hive equals 3. How many Enclosure does Insectarium of Seattle have? | Define Insectarium of Chicago's Enclosure as BACK. Define Insectarium of Chicago's Honeybee Hive as e; so e = 3. Define Insectarium of Chicago's Enclosure as i; so i = e = 3. Define Insectarium of Seattle's Scorpion Den as b; v = i + e = 3 + 3 = 6; so b = 6 * v = 6 * 6 = 13. Define Insectarium of Seattle's Enclosure as r; so r = b = 13. | 13 | hard | 5 |
967 | The number of each Tesco's Cheddar Cheese equals the sum of each Kroger's Cream Cheese, each Giant Eagle's Ice Cream and each Giant Eagle's Cream Cheese. The number of each Aldi's Ice Cream equals each Kroger's Cream Cheese. The number of each Giant Eagle's Cheddar Cheese equals 2 times as much as each Kroger's Butter. The number of each Kroger's Cream Cheese equals 6 more than each Kroger's Cheddar Cheese. The number of each Kroger's Butter equals 12 times as much as the sum of each Kroger's Cheddar Cheese, each Kroger's Cream Cheese and each Aldi's Ice Cream. The number of each Tesco's Ice Cream equals 3. The number of each Aldi's Cream Cheese equals 9 times as much as the sum of each Giant Eagle's Ice Cream and each Aldi's Cheddar Cheese. The number of each Kroger's Cheddar Cheese equals 20. The number of each Kroger's Ice Cream equals the sum of each Tesco's Cheddar Cheese, each Aldi's Product, each Giant Eagle's Ice Cream and each Giant Eagle's Butter. The number of each Giant Eagle's Ice Cream equals 17. The number of each Tesco's Cream Cheese equals 17 times as much as the sum of each Kroger's Cream Cheese, each Aldi's Product and each Giant Eagle's Ice Cream. The number of each Aldi's Cheddar Cheese equals each Giant Eagle's Cream Cheese. The number of each Giant Eagle's Cream Cheese equals 1 times as much as each Giant Eagle's Ice Cream. The number of each Tesco's Butter equals each Giant Eagle's Cream Cheese. The number of each Giant Eagle's Butter equals each Aldi's Ice Cream. How many Ice Cream does Giant Eagle have? | Define Kroger's Cream Cheese as BACK. Define Giant Eagle's Ice Cream as k; so k = 17. | 17 | hard | 1 |
968 | The number of each Sphinx's Cardia equals each Sphinx's Anus. The number of each Phoenix's Gallbladder equals 6 more than the sum of each Unicorn's Organs, each Sphinx's Organs and each Sphinx's Cardia. The number of each Pegasus's Cardia equals 15 times as much as the sum of each Phoenix's Anus, each Sphinx's Anus and each Sphinx's Organs. The number of each Unicorn's Pancreas equals 0 more than the difference of each Unicorn's Anus and each Phoenix's Cardia. The number of each Sphinx's Anus equals 1. The number of each Phoenix's Anus equals 18 times as much as the difference of each Sphinx's Anus and each Sphinx's Organs. The number of each Phoenix's Cardia equals the difference of each Sphinx's Organs and each Sphinx's Cardia. The number of each Pegasus's Gallbladder equals 11 times as much as each Phoenix's Cardia. The number of each Unicorn's Anus equals the sum of each Pegasus's Organs and each Pegasus's Gallbladder. How many Gallbladder does Phoenix have? | Define Sphinx's Organs as BACK. Define Unicorn's Pancreas as BACK. Define Sphinx's Anus as i; so i = 1. Define Pegasus's Gallbladder as BACK. Define Sphinx's Cardia as Z; so Z = i = 1. Define Sphinx's Organs as s; so s = Z + i = 1 + 1 = 2. Define Phoenix's Cardia as n; so n = s - Z = 2 - 1 = 1. Define Phoenix's Gallbladder as BACK. Define Pegasus's Organs as BACK. Define Unicorn's Organs as BACK. Define Pegasus's Gallbladder as W; so W = 11 * n = 11 * 1 = 11. Define Unicorn's Pancreas as BACK. Define Phoenix's Anus as b; e = i - s = 1 - 2 = 22; so b = 18 * e = 18 * 22 = 5. Define Unicorn's Pancreas as BACK. Define Pegasus's Cardia as q; A = b + i = 5 + 1 = 6; Q = A + s = 6 + 2 = 8; so q = 15 * Q = 15 * 8 = 5. Define Pegasus's Organs as L; so L = W + q = 11 + 5 = 16. Define Unicorn's Anus as v; so v = L + W = 16 + 11 = 4. Define Phoenix's Gallbladder as BACK. Define Unicorn's Pancreas as m; d = v - n = 4 - 1 = 3; so m = 0 + d = 0 + 3 = 3. Define Phoenix's Gallbladder as BACK. Define Phoenix's Organs as BACK. Define Unicorn's Organs as N; so N = m + v = 3 + 4 = 7. Define Phoenix's Gallbladder as l; D = N + s = 7 + 2 = 9; t = D + Z = 9 + 1 = 10; so l = 6 + t = 6 + 10 = 16. | 16 | hard | 18 |
969 | The number of each Candy Bars's Coconut equals 10 times as much as the sum of each Sun Basket's Product, each Shipt's Product and each Shipt's Candy Bars. The number of each Fruit Snacks's Grape equals 4 times as much as each Candy Bars's Coconut. The number of each Shipt's Candy Bars equals 5. The number of each Sun Basket's Fruit Snacks equals 2 times as much as each Shipt's Product. How many Ingredient does Sun Basket have? | Define Fruit Snacks's Grape as BACK. Define Sun Basket's Fruit Snacks as BACK. Define Shipt's Candy Bars as l; so l = 5. Define Sun Basket's Product as BACK. Define Shipt's Product as j; so j = l = 5. Define Sun Basket's Fruit Snacks as p; so p = 2 * j = 2 * 5 = 10. Define Sun Basket's Product as V; so V = p = 10. Define Shipt's Ingredient as BACK. Define Fruit Snacks's Ingredient as BACK. Define Candy Bars's Ingredient as BACK. Define Fruit Snacks's Grape as BACK. Define Candy Bars's Coconut as f; h = V + j = 10 + 5 = 15; o = h + l = 15 + 5 = 20; so f = 10 * o = 10 * 20 = 16. Define Fruit Snacks's Grape as F; so F = 4 * f = 4 * 16 = 18. Define Shipt's Ingredient as BACK. Define Fruit Snacks's Ingredient as b; so b = F = 18. Define Sun Basket's Ingredient as t; so t = p * b = 10 * 18 = 19. | 19 | med | 10 |
970 | The number of each Renaissance District's Sam's Club equals 21 times as much as the sum of each Preservation District's Supermarket, each Preservation District's Sam's Club and each Pita Bread's Lemon. The number of each Pita Bread's Lemon equals 2. The number of each Preservation District's Sam's Club equals each Pita Bread's Lemon. The number of each Wegmans's Cakes equals 7. The number of each Sam's Club's Cakes equals the difference of each Renaissance District's Sam's Club and each Pita Bread's Ingredient. The number of each Cakes's Lemon equals the difference of each Sam's Club's Pita Bread and each Renaissance District's Wegmans. The number of each Renaissance District's Wegmans equals 5. The number of each Sam's Club's Pita Bread equals 4 times as much as each Renaissance District's Wegmans. The number of each Wegmans's Pita Bread equals 13. The number of each Cakes's Coconut equals 11 more than each Preservation District's Wegmans. The number of each Preservation District's Wegmans equals 22 more than the sum of each Pita Bread's Lemon and each Preservation District's Sam's Club. The number of each Pita Bread's Coconut equals 10. How many Sam's Club does Renaissance District have? | Define Sam's Club's Product as BACK. Define Pita Bread's Ingredient as BACK. Define Pita Bread's Lemon as g; so g = 2. Define Wegmans's Product as BACK. Define Cakes's Lemon as BACK. Define Preservation District's Sam's Club as H; so H = g = 2. Define Wegmans's Ingredient as BACK. Define Renaissance District's Product as BACK. Define Pita Bread's Ingredient as BACK. Define Renaissance District's Supermarket as BACK. Define Renaissance District's Ingredient as BACK. Define Preservation District's Product as BACK. Define Preservation District's Wegmans as t; W = g + H = 2 + 2 = 4; so t = 22 + W = 22 + 4 = 3. Define Sam's Club's Pita Bread as BACK. Define Preservation District's Product as BACK. Define Wegmans's Product as BACK. Define Preservation District's Supermarket as F; so F = t + H = 3 + 2 = 5. Define Renaissance District's Supermarket as BACK. Define Renaissance District's Sam's Club as y; p = F + H = 5 + 2 = 7; z = p + g = 7 + 2 = 9; so y = 21 * z = 21 * 9 = 5. | 5 | hard | 8 |
971 | The number of each Fire Salamander's Scapula equals the difference of each Primate House's Fire Salamander and each Tiger Territory's Toad. The number of each Primate House's Fire Salamander equals the sum of each Fire Salamander's Ulna, each Rhinoceros Pen's Animal and each Newt's Middle Phalanges. The number of each Primate House's Toad equals 22 more than the difference of each Toad's Scapula and each Tiger Territory's Newt. The number of each Newt's Ulna equals the sum of each Fire Salamander's Scapula and each Tiger Territory's Fire Salamander. The number of each Toad's Ulna equals 19. The number of each Fire Salamander's Ulna equals each Fire Salamander's Metacarpal Bones. The number of each Primate House's Newt equals the sum of each Toad's Ulna, each Toad's Scapula, each Tiger Territory's Newt and each Fire Salamander's Ulna. The number of each Fire Salamander's Middle Phalanges equals 1 times as much as each Fire Salamander's Scapula. The number of each Newt's Middle Phalanges equals each Fire Salamander's Ulna. The number of each Tiger Territory's Newt equals 8 times as much as each Toad's Scapula. The number of each Newt's Metacarpal Bones equals each Fire Salamander's Middle Phalanges. The number of each Newt's Scapula equals the sum of each Toad's Scapula, each Tiger Territory's Newt and each Primate House's Toad. The number of each Toad's Metacarpal Bones equals 1. The number of each Tiger Territory's Fire Salamander equals each Tiger Territory's Toad. The number of each Rhinoceros Pen's Fire Salamander equals each Fire Salamander's Ulna. The number of each Toad's Scapula equals 16. The number of each Tiger Territory's Toad equals 2. The number of each Fire Salamander's Metacarpal Bones equals 8 times as much as each Tiger Territory's Fire Salamander. How many Middle Phalanges does Newt have? | Define Tiger Territory's Toad as u; so u = 2. Define Tiger Territory's Fire Salamander as B; so B = u = 2. Define Fire Salamander's Metacarpal Bones as i; so i = 8 * B = 8 * 2 = 16. Define Fire Salamander's Ulna as j; so j = i = 16. Define Newt's Scapula as BACK. Define Newt's Middle Phalanges as q; so q = j = 16. | 16 | hard | 5 |
972 | The number of each Yogurt's Lettuce equals each MOM's Organic Market's Yogurt. The number of each Yogurt's Cucumber equals 18. The number of each Goat Cheese's Carrot equals each Whole Foods Market's Ingredient. The number of each The Fresh Market's Goat Cheese equals the sum of each Yogurt's Cucumber and each MOM's Organic Market's Ingredient. The number of each MOM's Organic Market's Cream equals 21. The number of each Yogurt's Asparagus equals 14 times as much as the sum of each Goat Cheese's Carrot and each Whole Foods Market's Product. The number of each MOM's Organic Market's Yogurt equals 19 more than each MOM's Organic Market's Cream. How many Cucumber does Yogurt have? | Define Yogurt's Cucumber as j; so j = 18. | 18 | med | 1 |
973 | The number of each Carrefour's Canned Milk equals 0. The number of each Carrefour's Canned Soups equals 6. The number of each Asda's Canned Milk equals each Canned Milk's Duck. The number of each Canned Soups's Duck equals 17 times as much as each Carrefour's Canned Milk. The number of each Asda's Canned Soups equals 20. The number of each Canned Milk's Duck equals the difference of each Canned Soups's Ingredient and each Carrefour's Canned Milk. The number of each Canned Milk's Ground Beef equals each Asda's Canned Milk. The number of each Canned Soups's Ground Beef equals 0. How many Canned Milk does Asda have? | Define Canned Soups's Ground Beef as l; so l = 0. Define Carrefour's Canned Milk as K; so K = 0. Define Canned Soups's Duck as e; so e = 17 * K = 17 * 0 = 0. Define Canned Milk's Ground Beef as BACK. Define Canned Soups's Ingredient as T; so T = e + l = 0 + 0 = 0. Define Canned Milk's Duck as E; so E = T - K = 0 - 0 = 0. Define Canned Milk's Ground Beef as BACK. Define Asda's Canned Milk as X; so X = E = 0. | 0 | med | 6 |
974 | The number of each Unicorn's Temporal Lobe equals 18 times as much as each Leprechaun's Parietal Lobe. The number of each Centaur's Parietal Lobe equals 2 more than the sum of each Unicorn's Temporal Lobe, each Phoenix's Organs and each Leprechaun's Parietal Lobe. The number of each Leprechaun's Parietal Lobe equals 18. The number of each Phoenix's Occipital Lobe equals 20. The number of each Leprechaun's Temporal Lobe equals the difference of each Phoenix's Occipital Lobe and each Phoenix's Organs. How many Organs does Phoenix have? | Define Phoenix's Occipital Lobe as d; so d = 20. Define Centaur's Organs as BACK. Define Unicorn's Organs as BACK. Define Centaur's Parietal Lobe as BACK. Define Leprechaun's Organs as BACK. Define Phoenix's Organs as u; so u = d = 20. | 20 | hard | 2 |
975 | The number of each Grizzly Bear's Amygdala equals each Cranial Nerves's Cells. The number of each Cranial Nerves's Myoepithelial Cells equals 16. The number of each Amygdala's Skeletal Muscle Cells equals 5. The number of each Tropical Monsoon Forest's Grizzly Bear equals 9 times as much as each Riparian Forest's Grizzly Bear. The number of each Wolf's Amygdala equals the sum of each Grizzly Bear's Amygdala and each Riparian Forest's Grizzly Bear. The number of each Wolf's Cranial Nerves equals the difference of each Grizzly Bear's Cells and each Amygdala's Skeletal Muscle Cells. The number of each Riparian Forest's Wolf equals 13 more than the sum of each Cranial Nerves's Cells and each Tropical Monsoon Forest's Grizzly Bear. The number of each Riparian Forest's Grizzly Bear equals 0. The number of each Amygdala's Myoepithelial Cells equals 13 more than each Cranial Nerves's Myoepithelial Cells. How many Amygdala does Grizzly Bear have? | Define Cranial Nerves's Myoepithelial Cells as Z; so Z = 16. Define Cranial Nerves's Cells as m; so m = Z = 16. Define Grizzly Bear's Amygdala as o; so o = m = 16. | 16 | med | 3 |
976 | The number of each Thermodynamics Lab's Diaper Backpack equals each Midtown Community College's Engineering Workshop. The number of each Engineering Workshop's Lumbar Pack equals 10 times as much as each Thermodynamics Lab's Diaper Backpack. The number of each Golden Gate College's Thermodynamics Lab equals 9. The number of each Midtown Community College's Engineering Workshop equals 12. The number of each Electrical Engineering Lab's Solar Charging Backpack equals 22 times as much as the difference of each Golden Gate College's Thermodynamics Lab and each Electrical Engineering Lab's Lumbar Pack. The number of each Electrical Engineering Lab's Lumbar Pack equals each Golden Gate College's Thermodynamics Lab. The number of each Thermodynamics Lab's Lumbar Pack equals 5 times as much as the sum of each Midtown Community College's Electrical Engineering Lab and each Engineering Workshop's Lumbar Pack. The number of each Golden Gate College's Electrical Engineering Lab equals 18. The number of each Midtown Community College's Electrical Engineering Lab equals 3 times as much as each Sunrise College's Electrical Engineering Lab. The number of each Electrical Engineering Lab's Diaper Backpack equals each Sunrise College's Electrical Engineering Lab. The number of each Sunrise College's Electrical Engineering Lab equals 10 more than the sum of each Engineering Workshop's Lumbar Pack, each Midtown Community College's Engineering Workshop and each Thermodynamics Lab's Diaper Backpack. How many Lumbar Pack does Thermodynamics Lab have? | Define Golden Gate College's Backpack as BACK. Define Midtown Community College's Engineering Workshop as o; so o = 12. Define Electrical Engineering Lab's Solar Charging Backpack as BACK. Define Thermodynamics Lab's Diaper Backpack as Z; so Z = o = 12. Define Engineering Workshop's Lumbar Pack as V; so V = 10 * Z = 10 * 12 = 5. Define Electrical Engineering Lab's Diaper Backpack as BACK. Define Sunrise College's Electrical Engineering Lab as u; A = V + o = 5 + 12 = 17; U = A + Z = 17 + 12 = 6; so u = 10 + U = 10 + 6 = 16. Define Midtown Community College's Electrical Engineering Lab as q; so q = 3 * u = 3 * 16 = 2. Define Thermodynamics Lab's Backpack as BACK. Define Midtown Community College's Backpack as BACK. Define Thermodynamics Lab's Lumbar Pack as O; y = q + V = 2 + 5 = 7; so O = 5 * y = 5 * 7 = 12. | 12 | med | 9 |
977 | The number of each First Aid Backpack's Ring Binder equals 16. The number of each First Aid Backpack's Folder equals 17. The number of each Film Studio's First Aid Backpack equals the difference of each Language Classroom's First Aid Backpack and each First Aid Backpack's Folder. The number of each Film Studio's Crafting Backpack equals each Crafting Backpack's Ring Binder. The number of each Crafting Backpack's Ring Binder equals each Film Studio's First Aid Backpack. The number of each Language Classroom's First Aid Backpack equals 14 more than each First Aid Backpack's Folder. The number of each Language Classroom's Crafting Backpack equals 21 times as much as each First Aid Backpack's Box File. The number of each First Aid Backpack's Box File equals 22. The number of each Crafting Backpack's Folder equals the sum of each Crafting Backpack's Ring Binder, each First Aid Backpack's Ring Binder and each First Aid Backpack's Folder. The number of each Crafting Backpack's Box File equals each Language Classroom's Crafting Backpack. How many Ring Binder does Crafting Backpack have? | Define First Aid Backpack's Folder as Q; so Q = 17. Define Crafting Backpack's Folder as BACK. Define Film Studio's Backpack as BACK. Define Crafting Backpack's Stationery as BACK. Define Language Classroom's First Aid Backpack as L; so L = 14 + Q = 14 + 17 = 8. Define Film Studio's First Aid Backpack as m; so m = L - Q = 8 - 17 = 14. Define Language Classroom's Backpack as BACK. Define Film Studio's Backpack as BACK. Define Crafting Backpack's Ring Binder as w; so w = m = 14. | 14 | med | 4 |
978 | The number of each Community College District's Food 4 Less equals 0. The number of each Mozzarella Cheese's Ground Beef equals 16. The number of each Shop 'n Save's Goat Cheese equals 20 times as much as each Goat Cheese's Ingredient. The number of each Community College District's Shop 'n Save equals each Community College District's Food 4 Less. The number of each High School District's Dollar Tree equals 15 more than each Community College District's Shop 'n Save. The number of each Shop 'n Save's Provolone Cheese equals 13 more than each Mozzarella Cheese's Turkey. The number of each Mozzarella Cheese's Turkey Breast equals the sum of each High School District's Dollar Tree, each Community College District's Food 4 Less and each Community College District's Shop 'n Save. The number of each Provolone Cheese's Turkey equals 5. The number of each Mozzarella Cheese's Turkey equals each Mozzarella Cheese's Turkey Breast. The number of each Food 4 Less's Mozzarella Cheese equals each Shop 'n Save's Product. How many Mozzarella Cheese does Food 4 Less have? | Define Community College District's Food 4 Less as a; so a = 0. Define Food 4 Less's Mozzarella Cheese as BACK. Define Mozzarella Cheese's Ingredient as BACK. Define Community College District's Shop 'n Save as w; so w = a = 0. Define High School District's Dollar Tree as B; so B = 15 + w = 15 + 0 = 15. Define Mozzarella Cheese's Turkey Breast as S; s = B + a = 15 + 0 = 15; so S = s + w = 15 + 0 = 15. Define Mozzarella Cheese's Turkey as y; so y = S = 15. Define Food 4 Less's Ingredient as BACK. Define Food 4 Less's Mozzarella Cheese as BACK. Define High School District's Ingredient as BACK. Define Goat Cheese's Ingredient as D; so D = 0. Define Food 4 Less's Mozzarella Cheese as BACK. Define Shop 'n Save's Provolone Cheese as G; so G = 13 + y = 13 + 15 = 5. Define Mozzarella Cheese's Ingredient as BACK. Define Shop 'n Save's Goat Cheese as Y; so Y = 20 * D = 20 * 0 = 0. Define Shop 'n Save's Product as e; so e = Y + G = 0 + 5 = 5. Define Food 4 Less's Mozzarella Cheese as u; so u = e = 5. | 5 | med | 11 |
979 | The number of each Insectarium of Philadelphia's Otter Pool equals 10. The number of each Insectarium of Philadelphia's Elephant Habitat equals 0. The number of each Phoenix Insectarium's Otter Pool equals each Insectarium of Philadelphia's Otter Pool. How many Enclosure does Insectarium of Philadelphia have? | Define Phoenix Insectarium's Otter Pool as BACK. Define Insectarium of Philadelphia's Elephant Habitat as a; so a = 0. Define Insectarium of Philadelphia's Enclosure as BACK. Define Insectarium of Philadelphia's Otter Pool as s; so s = 10. Define Phoenix Insectarium's Enclosure as BACK. Define Insectarium of Philadelphia's Enclosure as v; so v = a + s = 0 + 10 = 10. | 10 | hard | 3 |
980 | The number of each Martial Arts Dojo's Musical Instrument Backpack equals each Archery Range's Backpack. The number of each Martial Arts Dojo's Solar Charging Backpack equals 10 times as much as each Rock Climbing Wall's Musical Instrument Backpack. The number of each Archery Range's Solar Charging Backpack equals 14 times as much as the difference of each Rock Climbing Wall's Tactical Backpack and each Archery Range's Musical Instrument Backpack. The number of each Rock Climbing Wall's Musical Instrument Backpack equals each Archery Range's Tactical Backpack. The number of each Rock Climbing Wall's Tactical Backpack equals each Archery Range's Musical Instrument Backpack. The number of each Archery Range's Tactical Backpack equals 10 more than each Rock Climbing Wall's Solar Charging Backpack. The number of each Archery Range's Musical Instrument Backpack equals 11. The number of each Martial Arts Dojo's Tactical Backpack equals each Archery Range's Solar Charging Backpack. The number of each Rock Climbing Wall's Solar Charging Backpack equals each Martial Arts Dojo's Tactical Backpack. How many Solar Charging Backpack does Martial Arts Dojo have? | Define Rock Climbing Wall's Musical Instrument Backpack as BACK. Define Martial Arts Dojo's Musical Instrument Backpack as BACK. Define Archery Range's Musical Instrument Backpack as l; so l = 11. Define Rock Climbing Wall's Tactical Backpack as O; so O = l = 11. Define Rock Climbing Wall's Solar Charging Backpack as BACK. Define Archery Range's Solar Charging Backpack as J; r = O - l = 11 - 11 = 0; so J = 14 * r = 14 * 0 = 0. Define Martial Arts Dojo's Tactical Backpack as z; so z = J = 0. Define Rock Climbing Wall's Solar Charging Backpack as U; so U = z = 0. Define Archery Range's Backpack as BACK. Define Archery Range's Tactical Backpack as a; so a = 10 + U = 10 + 0 = 10. Define Martial Arts Dojo's Musical Instrument Backpack as BACK. Define Rock Climbing Wall's Musical Instrument Backpack as o; so o = a = 10. Define Martial Arts Dojo's Solar Charging Backpack as q; so q = 10 * o = 10 * 10 = 8. | 8 | hard | 9 |
981 | The number of each Leopard's Caudal Vertebrae 11 equals 2. The number of each Jurong Bird Park's Pheasant Pen equals 5. The number of each Zebra's Caudal Vertebrae 6 equals 1 more than each Pheasant Pen's Rhinoceros. The number of each Leopard's Caudal Vertebrae 7 equals 4 more than each San Antonio Zoo's Duck Pond. The number of each Pheasant Pen's Zebra equals each Zebra's Caudal Vertebrae 6. The number of each San Antonio Zoo's Pheasant Pen equals 19 times as much as each Jurong Bird Park's Pheasant Pen. The number of each Rhinoceros's Caudal Vertebrae 6 equals 14 times as much as each Duck Pond's Rhinoceros. The number of each Leopard's Caudal Vertebrae 6 equals 18. The number of each Zebra's Caudal Vertebrae 7 equals 14 more than each Zebra's Caudal Vertebrae 12. The number of each Jurong Bird Park's Duck Pond equals 17 more than each Duck Pond's Leopard. The number of each Leopard's Caudal Vertebrae 12 equals each Leopard's Caudal Vertebrae 7. The number of each Duck Pond's Zebra equals 20. The number of each San Antonio Zoo's Duck Pond equals 20 more than each Duck Pond's Rhinoceros. The number of each Duck Pond's Rhinoceros equals 20. The number of each Rhinoceros's Caudal Vertebrae 11 equals the sum of each Duck Pond's Leopard and each Leopard's Caudal Vertebrae 7. The number of each Pheasant Pen's Rhinoceros equals 6. The number of each Zebra's Caudal Vertebrae 12 equals the difference of each Zebra's Caudal Vertebrae 6 and each Pheasant Pen's Leopard. The number of each Pheasant Pen's Leopard equals each Rhinoceros's Caudal Vertebrae 11. The number of each Duck Pond's Leopard equals 16 times as much as each Leopard's Caudal Vertebrae 7. How many Caudal Vertebrae 11 does Rhinoceros have? | Define Duck Pond's Rhinoceros as H; so H = 20. Define San Antonio Zoo's Duck Pond as D; so D = 20 + H = 20 + 20 = 17. Define Zebra's Caudal Vertebrae 12 as BACK. Define Leopard's Bone as BACK. Define Jurong Bird Park's Enclosure as BACK. Define Pheasant Pen's Leopard as BACK. Define Jurong Bird Park's Duck Pond as BACK. Define Leopard's Caudal Vertebrae 7 as W; so W = 4 + D = 4 + 17 = 21. Define Jurong Bird Park's Bone as BACK. Define Duck Pond's Leopard as O; so O = 16 * W = 16 * 21 = 14. Define Duck Pond's Bone as BACK. Define Rhinoceros's Caudal Vertebrae 11 as i; so i = O + W = 14 + 21 = 12. | 12 | med | 5 |
982 | The number of each H Mart's Cream equals 22 more than the sum of each H Mart's Cheddar Cheese, each La Michoacana Meat Market's Cream and each La Michoacana Meat Market's Product. The number of each Valli Produce's Mozzarella Cheese equals 22. The number of each La Michoacana Meat Market's Cream equals 4 times as much as the difference of each Valli Produce's Product and each Valli Produce's Mozzarella Cheese. The number of each H Mart's Cheddar Cheese equals 4 more than the sum of each La Michoacana Meat Market's Product, each Valli Produce's Mozzarella Cheese and each La Michoacana Meat Market's Cream. How many Product does H Mart have? | Define La Michoacana Meat Market's Product as BACK. Define H Mart's Cream as BACK. Define H Mart's Cheddar Cheese as BACK. Define La Michoacana Meat Market's Cream as BACK. Define H Mart's Product as BACK. Define Valli Produce's Product as BACK. Define Valli Produce's Mozzarella Cheese as C; so C = 22. Define La Michoacana Meat Market's Cream as BACK. Define H Mart's Cheddar Cheese as BACK. Define Valli Produce's Product as o; so o = C = 22. Define La Michoacana Meat Market's Cream as u; l = o - C = 22 - 22 = 0; so u = 4 * l = 4 * 0 = 0. Define H Mart's Product as BACK. Define H Mart's Cream as BACK. Define La Michoacana Meat Market's Product as Q; so Q = u = 0. Define H Mart's Cheddar Cheese as p; h = Q + C = 0 + 22 = 22; t = h + u = 22 + 0 = 22; so p = 4 + t = 4 + 22 = 3. Define H Mart's Product as BACK. Define H Mart's Cream as S; X = p + u = 3 + 0 = 3; j = X + Q = 3 + 0 = 3; so S = 22 + j = 22 + 3 = 2. Define H Mart's Product as F; so F = S + p = 2 + 3 = 5. | 5 | med | 12 |
983 | The number of each Expandable Backpack's Stencil equals each Virtual Scholars Academy's Backpack. The number of each Genetics Lab's Hardshell Backpack equals 8. The number of each Computer Science Lab's Briefcase Backpack equals each DigitalEd School's Genetics Lab. The number of each Expandable Backpack's Glitter equals 9 times as much as each Computer Science Lab's Drone Backpack. The number of each Drone Backpack's Canvas Board equals 0. The number of each NetLearn Institute's Genetics Lab equals 2 times as much as each Online Academy's Classroom. The number of each Briefcase Backpack's Stencil equals each Expandable Backpack's Stencil. The number of each Computer Science Lab's Drone Backpack equals each DigitalEd School's Physics Lab. The number of each Virtual Scholars Academy's Physics Lab equals 19 more than the sum of each NetLearn Institute's Genetics Lab, each Genetics Lab's Hardshell Backpack and each Online Academy's Classroom. The number of each DigitalEd School's Genetics Lab equals 20. The number of each DigitalEd School's Forensic Lab equals each DigitalEd School's Physics Lab. The number of each DigitalEd School's Physics Lab equals 10. The number of each Drone Backpack's Spray Paint equals 3. The number of each Drone Backpack's Glitter equals the sum of each Expandable Backpack's Stencil and each Virtual Scholars Academy's Physics Lab. The number of each Physics Lab's Expandable Backpack equals each Genetics Lab's Hardshell Backpack. The number of each NetLearn Institute's Computer Science Lab equals 15 more than each Briefcase Backpack's Stationery. The number of each Computer Science Lab's Expandable Backpack equals the sum of each NetLearn Institute's Classroom and each Briefcase Backpack's Stencil. How many Computer Science Lab does NetLearn Institute have? | Define Genetics Lab's Hardshell Backpack as W; so W = 8. Define Physics Lab's Expandable Backpack as G; so G = W = 8. Define NetLearn Institute's Classroom as BACK. Define Online Academy's Classroom as j; so j = 0. Define NetLearn Institute's Genetics Lab as J; so J = 2 * j = 2 * 0 = 0. Define Drone Backpack's Stationery as BACK. Define Virtual Scholars Academy's Physics Lab as s; i = J + W = 0 + 8 = 8; F = i + j = 8 + 0 = 8; so s = 19 + F = 19 + 8 = 4. Define Expandable Backpack's Stencil as BACK. Define Computer Science Lab's Drone Backpack as BACK. Define Physics Lab's Backpack as q; so q = G = 8. Define Virtual Scholars Academy's Backpack as k; so k = s * q = 4 * 8 = 9. Define Expandable Backpack's Stencil as x; so x = k = 9. Define Briefcase Backpack's Stencil as M; so M = x = 9. Define Briefcase Backpack's Stationery as B; so B = M = 9. Define NetLearn Institute's Computer Science Lab as z; so z = 15 + B = 15 + 9 = 1. | 1 | med | 13 |
984 | The number of each Ventilated Backpack's Gel Pen equals each Ventilated Backpack's Oil Pastel. The number of each Ventilated Backpack's Oil Pastel equals 18 times as much as each Crossfit Backpack's Gel Pen. The number of each Ventilated Backpack's Erasable Pen equals each Crossfit Backpack's Oil Pastel. The number of each Golf Backpack's Gel Pen equals 0. The number of each Sweat-Resistant Backpack's Erasable Pen equals each Ventilated Backpack's Gel Pen. The number of each Ventilated Backpack's Permanent Marker equals 15. The number of each Golf Backpack's Oil Pastel equals 13 times as much as each Ventilated Backpack's Oil Pastel. The number of each Sweat-Resistant Backpack's Gel Pen equals the difference of each Crossfit Backpack's Erasable Pen and each Ventilated Backpack's Oil Pastel. The number of each Crossfit Backpack's Gel Pen equals 5. The number of each Crossfit Backpack's Oil Pastel equals 4 times as much as each Ventilated Backpack's Oil Pastel. The number of each Crossfit Backpack's Permanent Marker equals 8 more than each Ventilated Backpack's Gel Pen. The number of each Crossfit Backpack's Erasable Pen equals each Crossfit Backpack's Oil Pastel. How many Stationery does Sweat-Resistant Backpack have? | Define Crossfit Backpack's Gel Pen as o; so o = 5. Define Ventilated Backpack's Oil Pastel as t; so t = 18 * o = 18 * 5 = 21. Define Crossfit Backpack's Oil Pastel as G; so G = 4 * t = 4 * 21 = 15. Define Crossfit Backpack's Erasable Pen as c; so c = G = 15. Define Ventilated Backpack's Gel Pen as B; so B = t = 21. Define Sweat-Resistant Backpack's Gel Pen as y; so y = c - t = 15 - 21 = 17. Define Crossfit Backpack's Stationery as BACK. Define Sweat-Resistant Backpack's Erasable Pen as u; so u = B = 21. Define Ventilated Backpack's Stationery as BACK. Define Sweat-Resistant Backpack's Stationery as Y; so Y = u + y = 21 + 17 = 15. | 15 | med | 8 |
985 | The number of each Northridge High's Drama Studio equals 18 more than each Westwood High's Drama Studio. The number of each Pinnacle High's Digital Arts Studio equals the sum of each Northridge High's Classroom and each Westwood High's Sociology Classroom. The number of each Northridge High's Digital Arts Studio equals 0 more than each Westwood High's Classroom. The number of each Pinnacle High's Sociology Classroom equals each Pinnacle High's Drama Studio. The number of each Westwood High's Sociology Classroom equals 6 times as much as the sum of each Pinnacle High's Sociology Classroom and each Pinnacle High's Drama Studio. The number of each Northridge High's Sociology Classroom equals 14 more than the sum of each Westwood High's Digital Arts Studio and each Westwood High's Sociology Classroom. The number of each Westwood High's Drama Studio equals each Pinnacle High's Drama Studio. The number of each Pinnacle High's Drama Studio equals 22. The number of each Westwood High's Digital Arts Studio equals 11. How many Digital Arts Studio does Pinnacle High have? | Define Pinnacle High's Drama Studio as A; so A = 22. Define Pinnacle High's Digital Arts Studio as BACK. Define Pinnacle High's Sociology Classroom as z; so z = A = 22. Define Westwood High's Sociology Classroom as X; U = z + A = 22 + 22 = 21; so X = 6 * U = 6 * 21 = 11. Define Westwood High's Drama Studio as u; so u = A = 22. Define Northridge High's Digital Arts Studio as BACK. Define Westwood High's Digital Arts Studio as O; so O = 11. Define Pinnacle High's Digital Arts Studio as BACK. Define Pinnacle High's Classroom as BACK. Define Northridge High's Digital Arts Studio as BACK. Define Westwood High's Classroom as L; P = O + X = 11 + 11 = 22; so L = P + u = 22 + 22 = 21. Define Pinnacle High's Classroom as BACK. Define Northridge High's Digital Arts Studio as c; so c = 0 + L = 0 + 21 = 21. Define Northridge High's Sociology Classroom as k; t = O + X = 11 + 11 = 22; so k = 14 + t = 14 + 22 = 13. Define Pinnacle High's Classroom as BACK. Define Northridge High's Drama Studio as w; so w = 18 + u = 18 + 22 = 17. Define Northridge High's Classroom as s; C = c + k = 21 + 13 = 11; so s = C + w = 11 + 17 = 5. Define Pinnacle High's Digital Arts Studio as b; so b = s + X = 5 + 11 = 16. | 16 | hard | 15 |
986 | The number of each Moray Eel's Appendix equals each Esophagus's Muscle Spindle Cells. The number of each Millennium Park in Chicago's Moray Eel equals each Moray Eel's Appendix. The number of each Lumphini Park in Bangkok's Coral equals each Millennium Park in Chicago's Cells. The number of each Central Park in New York City's Blue Whale equals 22 times as much as the difference of each Puffer Fish's Appendix and each Blue Whale's Salivary Glands. The number of each Esophagus's Muscle Spindle Cells equals 11. The number of each Puffer Fish's Appendix equals 8. The number of each Central Park in New York City's Puffer Fish equals each Esophagus's Muscle Spindle Cells. The number of each Esophagus's Skeletal Muscle Cells equals 22. The number of each Appendix's Arrector Pili Muscle Cells equals the difference of each Esophagus's Skeletal Muscle Cells and each Esophagus's Muscle Spindle Cells. The number of each Liver's Muscle Spindle Cells equals 2 times as much as each Appendix's Arrector Pili Muscle Cells. The number of each Moray Eel's Esophagus equals 12. The number of each Blue Whale's Salivary Glands equals each Puffer Fish's Appendix. The number of each Coral's Appendix equals 20 more than the sum of each Lumphini Park in Bangkok's Coral, each Moray Eel's Appendix and each Bukhansan National Park in Seoul's Organs. The number of each Salivary Glands's Gastrointestinal Smooth Muscle Cells equals the sum of each Esophagus's Muscle Spindle Cells and each Central Park in New York City's Blue Whale. The number of each Blue Whale's Liver equals each Coral's Cells. How many Coral does Lumphini Park in Bangkok have? | Define Esophagus's Muscle Spindle Cells as N; so N = 11. Define Salivary Glands's Gastrointestinal Smooth Muscle Cells as BACK. Define Puffer Fish's Organs as BACK. Define Lumphini Park in Bangkok's Cells as BACK. Define Lumphini Park in Bangkok's Coral as BACK. Define Moray Eel's Appendix as D; so D = N = 11. Define Coral's Cells as BACK. Define Esophagus's Skeletal Muscle Cells as e; so e = 22. Define Central Park in New York City's Creatures as BACK. Define Moray Eel's Esophagus as g; so g = 12. Define Esophagus's Cells as U; so U = N + e = 11 + 22 = 10. Define Appendix's Arrector Pili Muscle Cells as P; so P = e - N = 22 - 11 = 11. Define Appendix's Cells as Q; so Q = P = 11. Define Moray Eel's Cells as E; n = D * Q = 11 * 11 = 6; A = g * U = 12 * 10 = 5; so E = n + A = 6 + 5 = 11. Define Central Park in New York City's Organs as BACK. Define Millennium Park in Chicago's Moray Eel as d; so d = D = 11. Define Coral's Organs as BACK. Define Central Park in New York City's Cells as BACK. Define Blue Whale's Organs as BACK. Define Puffer Fish's Cells as BACK. Define Coral's Appendix as BACK. Define Blue Whale's Cells as BACK. Define Millennium Park in Chicago's Cells as X; so X = d * E = 11 * 11 = 6. Define Central Park in New York City's Organs as BACK. Define Lumphini Park in Bangkok's Coral as M; so M = X = 6. | 6 | med | 13 |
987 | The number of each Primary School District's Uwajimaya equals 16 times as much as the sum of each Residential College District's Uwajimaya and each Uwajimaya's Smoothies. The number of each Uwajimaya's Liquor equals each Residential College District's Uwajimaya. The number of each Preparatory School District's Seafood City Supermarket equals 13. The number of each Residential College District's Seafood City Supermarket equals each Primary School District's Seafood City Supermarket. The number of each Preparatory School District's Uwajimaya equals 2 times as much as each Residential College District's Buford Highway Farmers Market. The number of each Seafood City Supermarket's Wine equals 3 more than the sum of each Primary School District's Seafood City Supermarket and each Uwajimaya's Liquor. The number of each Uwajimaya's Smoothies equals 8. The number of each Primary School District's Seafood City Supermarket equals 15 more than each Uwajimaya's Liquor. The number of each Uwajimaya's Wine equals the sum of each Buford Highway Farmers Market's Wine, each Buford Highway Farmers Market's Liquor and each Primary School District's Buford Highway Farmers Market. The number of each Seafood City Supermarket's Liquor equals 6. The number of each Residential College District's Buford Highway Farmers Market equals 20 more than each Primary School District's Buford Highway Farmers Market. The number of each Buford Highway Farmers Market's Smoothies equals 6. The number of each Preparatory School District's Buford Highway Farmers Market equals 22. The number of each Buford Highway Farmers Market's Liquor equals 0. The number of each Primary School District's Buford Highway Farmers Market equals 22. The number of each Residential College District's Uwajimaya equals 15. The number of each Seafood City Supermarket's Smoothies equals 10. The number of each Buford Highway Farmers Market's Wine equals the sum of each Buford Highway Farmers Market's Liquor and each Uwajimaya's Smoothies. How many Seafood City Supermarket does Primary School District have? | Define Preparatory School District's Supermarket as BACK. Define Residential College District's Uwajimaya as A; so A = 15. Define Uwajimaya's Liquor as Z; so Z = A = 15. Define Residential College District's Seafood City Supermarket as BACK. Define Seafood City Supermarket's Wine as BACK. Define Primary School District's Seafood City Supermarket as I; so I = 15 + Z = 15 + 15 = 7. | 7 | hard | 3 |
988 | The number of each Zebra's Tertials equals each Camel's Bone. The number of each Camel's Coracoid equals 1. How many Tertials does Zebra have? | Define Camel's Coracoid as P; so P = 1. Define Camel's Bone as d; so d = P = 1. Define Zebra's Tertials as z; so z = d = 1. | 1 | hard | 3 |
989 | The number of each Alpine Grassland's Sea Urchin equals the sum of each Octopus's Deltoid and each Montane Grassland's Octopus. The number of each Dolphin's Achilles Tendon equals 3 times as much as each Montane Grassland's Creatures. The number of each Alpine Grassland's Dolphin equals 14 times as much as the difference of each Coastal Grassland's Organs and each Coastal Grassland's Octopus. The number of each Montane Grassland's Sea Urchin equals 0. The number of each Dolphin's Deltoid equals the sum of each Montane Grassland's Organs, each Sea Urchin's Organs and each Coastal Grassland's Octopus. The number of each Coastal Grassland's Octopus equals the sum of each Octopus's Deltoid and each Coastal Grassland's Sea Urchin. The number of each Coastal Grassland's Sea Urchin equals the sum of each Octopus's Deltoid, each Sea Urchin's Organs and each Octopus's Organs. The number of each Octopus's Deltoid equals 9. The number of each Montane Grassland's Octopus equals each Alpine Grassland's Dolphin. The number of each Dolphin's Cartilage equals 14 more than each Coastal Grassland's Creatures. How many Achilles Tendon does Dolphin have? | Define Sea Urchin's Organs as L; so L = 0. Define Octopus's Deltoid as u; so u = 9. Define Octopus's Organs as E; so E = u = 9. Define Coastal Grassland's Creatures as BACK. Define Coastal Grassland's Octopus as BACK. Define Coastal Grassland's Sea Urchin as K; k = u + L = 9 + 0 = 9; so K = k + E = 9 + 9 = 18. Define Coastal Grassland's Octopus as m; so m = u + K = 9 + 18 = 4. Define Coastal Grassland's Organs as S; a = K * L = 18 * 0 = 0; e = m * E = 4 * 9 = 13; so S = a + e = 0 + 13 = 13. Define Alpine Grassland's Dolphin as V; x = S - m = 13 - 4 = 9; so V = 14 * x = 14 * 9 = 11. Define Montane Grassland's Organs as BACK. Define Montane Grassland's Octopus as q; so q = V = 11. Define Montane Grassland's Sea Urchin as J; so J = 0. Define Alpine Grassland's Organs as BACK. Define Montane Grassland's Creatures as w; so w = J + q = 0 + 11 = 11. Define Dolphin's Organs as BACK. Define Alpine Grassland's Creatures as BACK. Define Dolphin's Achilles Tendon as b; so b = 3 * w = 3 * 11 = 10. | 10 | med | 15 |
990 | The number of each Pittsburgh National Aviary's Panda Exhibit equals 7 times as much as the sum of each Cheetah Run's Bass and each Panda Exhibit's Bass. The number of each Bass's Middle Phalanges equals each Pittsburgh National Aviary's Cheetah Run. The number of each Bass's Primary Feathers equals 3. The number of each Cheetah Run's Sardine equals each Sardine's Middle Phalanges. The number of each Panda Exhibit's Bass equals 14. The number of each Pittsburgh National Aviary's Cheetah Run equals each Cheetah Run's Bass. The number of each Sardine's Middle Phalanges equals 3 times as much as the sum of each Bass's Primary Feathers and each Panda Exhibit's Sardine. The number of each Panda Exhibit's Sardine equals 0 more than each Bass's Primary Feathers. The number of each Cheetah Run's Bass equals 14 more than each Panda Exhibit's Bass. The number of each Birdland Park and Gardens's Cheetah Run equals 20. The number of each Sardine's Primary Feathers equals the sum of each Cheetah Run's Bass, each Pittsburgh National Aviary's Cheetah Run, each Panda Exhibit's Bass and each Pittsburgh National Aviary's Enclosure. The number of each National Aviary's Cheetah Run equals the sum of each Panda Exhibit's Sardine, each Cheetah Run's Sardine, each Bass's Primary Feathers and each Sardine's Middle Phalanges. How many Enclosure does Pittsburgh National Aviary have? | Define National Aviary's Enclosure as BACK. Define Panda Exhibit's Bass as n; so n = 14. Define Cheetah Run's Bass as G; so G = 14 + n = 14 + 14 = 5. Define Pittsburgh National Aviary's Bone as BACK. Define Pittsburgh National Aviary's Panda Exhibit as W; a = G + n = 5 + 14 = 19; so W = 7 * a = 7 * 19 = 18. Define Pittsburgh National Aviary's Cheetah Run as O; so O = G = 5. Define National Aviary's Cheetah Run as BACK. Define Pittsburgh National Aviary's Enclosure as R; so R = O + W = 5 + 18 = 0. | 0 | hard | 6 |
991 | The number of each Tidal Pool's Zebra equals each Tidal Pool's Sloth. The number of each Tidal Pool's Sloth equals 11. How many Zebra does Tidal Pool have? | Define Tidal Pool's Sloth as c; so c = 11. Define Tidal Pool's Creatures as BACK. Define Tidal Pool's Zebra as Z; so Z = c = 11. | 11 | med | 2 |
992 | The number of each Statistics Lab's Sweat-Resistant Backpack equals the sum of each Aerospace Engineering Lab's Workout Backpack and each Number Theory Room's Sweat-Resistant Backpack. The number of each Algebra Classroom's Workout Backpack equals each Aerospace Engineering Lab's Sweat-Resistant Backpack. The number of each Aerospace Engineering Lab's Skiing Backpack equals the sum of each Algebra Classroom's Biking Backpack, each Algebra Classroom's Workout Backpack, each Statistics Lab's Workout Backpack and each Aerospace Engineering Lab's Sweat-Resistant Backpack. The number of each Aerospace Engineering Lab's Sweat-Resistant Backpack equals each Statistics Lab's Workout Backpack. The number of each Statistics Lab's Skiing Backpack equals 16 times as much as the sum of each Number Theory Room's Biking Backpack and each Aerospace Engineering Lab's Skiing Backpack. The number of each Algebra Classroom's Sweat-Resistant Backpack equals each Statistics Lab's Biking Backpack. The number of each Statistics Lab's Biking Backpack equals each Statistics Lab's Sweat-Resistant Backpack. The number of each Number Theory Room's Skiing Backpack equals 7 more than the sum of each Aerospace Engineering Lab's Biking Backpack, each Statistics Lab's Biking Backpack and each Statistics Lab's Sweat-Resistant Backpack. The number of each Algebra Classroom's Biking Backpack equals 19 more than the sum of each Statistics Lab's Workout Backpack, each Aerospace Engineering Lab's Sweat-Resistant Backpack and each Algebra Classroom's Workout Backpack. The number of each Algebra Classroom's Skiing Backpack equals 13. The number of each Aerospace Engineering Lab's Biking Backpack equals each Number Theory Room's Workout Backpack. The number of each Number Theory Room's Workout Backpack equals 7 more than the sum of each Statistics Lab's Biking Backpack and each Number Theory Room's Sweat-Resistant Backpack. The number of each Aerospace Engineering Lab's Workout Backpack equals 2 times as much as each Number Theory Room's Sweat-Resistant Backpack. The number of each Number Theory Room's Sweat-Resistant Backpack equals each Algebra Classroom's Skiing Backpack. The number of each Number Theory Room's Biking Backpack equals 12. The number of each Statistics Lab's Workout Backpack equals 16. How many Skiing Backpack does Number Theory Room have? | Define Algebra Classroom's Skiing Backpack as U; so U = 13. Define Number Theory Room's Sweat-Resistant Backpack as F; so F = U = 13. Define Aerospace Engineering Lab's Workout Backpack as V; so V = 2 * F = 2 * 13 = 3. Define Statistics Lab's Biking Backpack as BACK. Define Statistics Lab's Skiing Backpack as BACK. Define Statistics Lab's Backpack as BACK. Define Number Theory Room's Skiing Backpack as BACK. Define Aerospace Engineering Lab's Biking Backpack as BACK. Define Statistics Lab's Sweat-Resistant Backpack as Y; so Y = V + F = 3 + 13 = 16. Define Statistics Lab's Biking Backpack as w; so w = Y = 16. Define Number Theory Room's Workout Backpack as K; I = w + F = 16 + 13 = 6; so K = 7 + I = 7 + 6 = 13. Define Aerospace Engineering Lab's Biking Backpack as e; so e = K = 13. Define Number Theory Room's Skiing Backpack as N; i = e + w = 13 + 16 = 6; m = i + Y = 6 + 16 = 22; so N = 7 + m = 7 + 22 = 6. | 6 | hard | 11 |
993 | The number of each Geometry Room's Packable Travel Backpack equals each Materials Science Lab's Packable Travel Backpack. The number of each Calculus Classroom's Packable Travel Backpack equals the sum of each Materials Science Lab's Packable Travel Backpack, each Materials Science Lab's Carry-On Backpack and each Geometry Room's Carry-On Backpack. The number of each Materials Science Lab's Carry-On Backpack equals each Electrical Engineering Lab's Multi-Day Pack. The number of each Materials Science Lab's Multi-Day Pack equals 16 more than each Calculus Classroom's Multi-Day Pack. The number of each Calculus Classroom's Carry-On Backpack equals the sum of each Geometry Room's Multi-Day Pack, each Materials Science Lab's Multi-Day Pack, each Calculus Classroom's Multi-Day Pack and each Geometry Room's Carry-On Backpack. The number of each Materials Science Lab's Duffle Backpack equals each Calculus Classroom's Backpack. The number of each Materials Science Lab's Packable Travel Backpack equals 6. The number of each Calculus Classroom's Multi-Day Pack equals 21. The number of each Electrical Engineering Lab's Packable Travel Backpack equals 15. The number of each Geometry Room's Carry-On Backpack equals 16. The number of each Geometry Room's Duffle Backpack equals 10. The number of each Electrical Engineering Lab's Multi-Day Pack equals 6 more than the difference of each Calculus Classroom's Multi-Day Pack and each Materials Science Lab's Multi-Day Pack. The number of each Geometry Room's Multi-Day Pack equals 0 more than the sum of each Calculus Classroom's Multi-Day Pack, each Materials Science Lab's Multi-Day Pack and each Electrical Engineering Lab's Multi-Day Pack. How many Multi-Day Pack does Materials Science Lab have? | Define Materials Science Lab's Duffle Backpack as BACK. Define Geometry Room's Backpack as BACK. Define Electrical Engineering Lab's Multi-Day Pack as BACK. Define Geometry Room's Packable Travel Backpack as BACK. Define Calculus Classroom's Multi-Day Pack as g; so g = 21. Define Calculus Classroom's Backpack as BACK. Define Geometry Room's Multi-Day Pack as BACK. Define Geometry Room's Packable Travel Backpack as BACK. Define Materials Science Lab's Backpack as BACK. Define Electrical Engineering Lab's Multi-Day Pack as BACK. Define Materials Science Lab's Multi-Day Pack as r; so r = 16 + g = 16 + 21 = 14. | 14 | hard | 2 |
994 | The number of each Lobster's Cranial Nerves equals 7. The number of each Cranial Nerves's Renal Tubular Cells equals the sum of each Sonoran Desert's Creatures, each Sea Turtle's Organs, each Karakum Desert's Creatures and each Sea Turtle's Cells. The number of each Hypothalamus's Renal Tubular Cells equals each Sonoran Desert's Sea Turtle. The number of each Sea Turtle's Hypothalamus equals 7 more than the sum of each Hypothalamus's Cells and each Hypothalamus's Renal Tubular Cells. The number of each Hypothalamus's Intestinal Absorptive Cells equals 14 more than each Sonoran Desert's Sea Turtle. The number of each Cranial Nerves's Intestinal Absorptive Cells equals each Sea Turtle's Cells. The number of each Sonoran Desert's Sea Turtle equals each Sonoran Desert's Lobster. The number of each Karakum Desert's Lobster equals 12. The number of each Sonoran Desert's Lobster equals 17 times as much as each Karakum Desert's Lobster. How many Hypothalamus does Sea Turtle have? | Define Cranial Nerves's Renal Tubular Cells as BACK. Define Cranial Nerves's Intestinal Absorptive Cells as BACK. Define Karakum Desert's Creatures as BACK. Define Cranial Nerves's Cells as BACK. Define Sonoran Desert's Sea Turtle as BACK. Define Karakum Desert's Lobster as A; so A = 12. Define Sea Turtle's Cells as BACK. Define Sonoran Desert's Sea Turtle as BACK. Define Sonoran Desert's Lobster as V; so V = 17 * A = 17 * 12 = 20. Define Sonoran Desert's Sea Turtle as Z; so Z = V = 20. Define Cranial Nerves's Intestinal Absorptive Cells as BACK. Define Lobster's Organs as BACK. Define Hypothalamus's Renal Tubular Cells as H; so H = Z = 20. Define Sea Turtle's Cells as BACK. Define Hypothalamus's Intestinal Absorptive Cells as Y; so Y = 14 + Z = 14 + 20 = 11. Define Cranial Nerves's Cells as BACK. Define Hypothalamus's Cells as t; so t = Y + H = 11 + 20 = 8. Define Sea Turtle's Hypothalamus as M; R = t + H = 8 + 20 = 5; so M = 7 + R = 7 + 5 = 12. | 12 | med | 8 |
995 | The number of each Pharynx's Gastric Parietal Cells equals 8. The number of each Stomach's Thyroid Follicular Cells equals 0. The number of each Stomach's Mesothelial Cells equals 8. The number of each Stomach's Ciliated Epithelial Cells equals each Mouth's Cells. How many Thyroid Follicular Cells does Stomach have? | Define Pharynx's Cells as BACK. Define Stomach's Ciliated Epithelial Cells as BACK. Define Stomach's Cells as BACK. Define Stomach's Thyroid Follicular Cells as a; so a = 0. | 0 | med | 1 |
996 | The number of each Caiman Creek's Lion equals 10 times as much as each Wolf's Caudal Vertebrae 5. The number of each Zebra's Caudal Vertebrae 1 equals 4. The number of each Lion's Caudal Vertebrae 5 equals 4 more than each Alligator Alley's Animal. The number of each Caiman Creek's Wolf equals 10. The number of each Rattlesnake Ravine's Zebra equals 19. The number of each Wolf's Caudal Vertebrae 1 equals 21. The number of each Raccoon's Caudal Vertebrae 1 equals 10 more than the difference of each Caiman Creek's Raccoon and each Caiman Creek's Animal. The number of each Komodo Dragon Den's Raccoon equals 20. The number of each Wolf's Caudal Vertebrae 5 equals the difference of each Caiman Creek's Wolf and each Komodo Dragon Den's Raccoon. The number of each Rattlesnake Ravine's Lion equals each Wolf's Caudal Vertebrae 1. The number of each Caiman Creek's Raccoon equals each Wolf's Caudal Vertebrae 5. The number of each Zebra's Caudal Vertebrae 9 equals 20 more than each Rattlesnake Ravine's Zebra. The number of each Raccoon's Caudal Vertebrae 8 equals 3 more than the sum of each Zebra's Caudal Vertebrae 9 and each Rattlesnake Ravine's Zebra. How many Caudal Vertebrae 8 does Raccoon have? | Define Rattlesnake Ravine's Zebra as L; so L = 19. Define Komodo Dragon Den's Bone as BACK. Define Zebra's Caudal Vertebrae 9 as h; so h = 20 + L = 20 + 19 = 16. Define Raccoon's Bone as BACK. Define Lion's Bone as BACK. Define Lion's Caudal Vertebrae 5 as BACK. Define Caiman Creek's Bone as BACK. Define Raccoon's Caudal Vertebrae 8 as D; w = h + L = 16 + 19 = 12; so D = 3 + w = 3 + 12 = 15. | 15 | med | 4 |
997 | The number of each National Aquarium's Panda Exhibit equals 16. The number of each Panda Exhibit's Finch equals 17. The number of each National Aquarium's Bat Cave equals 22 more than the sum of each Panda Exhibit's Falcon and each Panda Exhibit's Finch. The number of each Panda Exhibit's Falcon equals 6. The number of each Falcon's Scapula equals 7. The number of each Bat Cave's Finch equals each Finch's Bone. The number of each Finch's Ulna equals the sum of each Panda Exhibit's Animal and each Panda Exhibit's Finch. How many Finch does Bat Cave have? | Define Panda Exhibit's Bone as BACK. Define Panda Exhibit's Finch as O; so O = 17. Define Finch's Bone as BACK. Define Panda Exhibit's Falcon as u; so u = 6. Define Panda Exhibit's Animal as N; so N = u + O = 6 + 17 = 0. Define Finch's Ulna as A; so A = N + O = 0 + 17 = 17. Define National Aquarium's Enclosure as BACK. Define Falcon's Bone as BACK. Define Finch's Bone as K; so K = A = 17. Define Bat Cave's Finch as M; so M = K = 17. | 17 | hard | 6 |
998 | The number of each Jet's Cookies equals the sum of each Town Hall District's HelloFresh, each Google Express's Product and each HelloFresh's Yogurt Covered Raisins. The number of each Town Hall District's HelloFresh equals 8. The number of each Administrative District's Jet equals 2 more than the sum of each Google Express's Product, each Jet's Cookies and each HelloFresh's Yogurt Covered Raisins. The number of each Administrative District's Google Express equals each Town Hall District's HelloFresh. The number of each Google Express's Trail Mix equals each HelloFresh's Yogurt Covered Raisins. The number of each HelloFresh's Yogurt Covered Raisins equals 21 more than each Administrative District's Google Express. The number of each Town Hall District's Google Express equals each Town Hall District's Jet. The number of each Town Hall District's Jet equals 5. The number of each Jet's Yogurt Covered Raisins equals the sum of each Jet's Cookies, each Google Express's Product and each Google Express's Trail Mix. The number of each HelloFresh's Trail Mix equals 9 times as much as the sum of each Jet's Cookies and each Administrative District's Supermarket. How many Yogurt Covered Raisins does HelloFresh have? | Define Town Hall District's HelloFresh as p; so p = 8. Define HelloFresh's Product as BACK. Define Administrative District's Jet as BACK. Define Administrative District's Google Express as o; so o = p = 8. Define HelloFresh's Yogurt Covered Raisins as m; so m = 21 + o = 21 + 8 = 6. | 6 | med | 3 |
999 | The number of each Great White Shark's Parietal Lobe equals 4. The number of each Clownfish's Parietal Lobe equals each Great White Shark's Parietal Lobe. The number of each Great White Shark's Frontal Lobe equals 12 times as much as the sum of each Clownfish's Organs, each Great White Shark's Parietal Lobe and each Clownfish's Parietal Lobe. How many Frontal Lobe does Great White Shark have? | Define Clownfish's Parietal Lobe as BACK. Define Clownfish's Organs as BACK. Define Great White Shark's Parietal Lobe as h; so h = 4. Define Clownfish's Parietal Lobe as J; so J = h = 4. Define Clownfish's Organs as Z; so Z = J = 4. Define Great White Shark's Frontal Lobe as g; i = Z + h = 4 + 4 = 8; k = i + J = 8 + 4 = 12; so g = 12 * k = 12 * 12 = 6. | 6 | med | 6 |
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