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Migrating land mammals are often called runners because of the large distances that they can cover in one day. The velocity (speed) of a migrating land mammal or runner in relation to its mass can be modeled by the equation V(m) = 9.31m0.12, where m is the mass of the animal in kilograms and V is the velocity in kilometers per day. Round your answers to the tenths place, if necessary. Part A: Complete the table by determining the velocity of several different runners. Animal Mass (kg) Velocity (km/day) Grey Wolf 40 14.494✓ O 270 Zebra American Buffalo African Elephant 900 5000 18.227 21.062 X 25.872 Or Part B: How does the mass of the elephant compare to the mass of the zebra? How do their velocities compare? Answer: The mass of the elephant is 18.51 elephant is 1.419 of times that of the zebra. The velocity of the times that of the zebra. Part C: How does the mass of the buffalo compare to the mass of the wolf? How do their velocities compare? Answer: The mass of the buffalo is 22.5 1.5 ✓o times that of the wolf. of times that of the wolf. The velocity of the buffalo is

Migrating land mammals are often called runners because of the large distances that they can cover in one day. The velocity (speed) of a migrating land mammal or runner in relation to its mass can be modeled by the equation V(m) = 9.31m0.12, where m is the mass of the animal in kilograms and V is the velocity in kilometers per day. Round your answers to the tenths place, if necessary. Part A: Complete the table by determining the velocity of several different runners. Animal Mass (kg) Velocity (km/day) Grey Wolf 40 14.494✓ O 270 Zebra American Buffalo African Elephant 900 5000 18.227 21.062 X 25.872 Or Part B: How does the mass of the elephant compare to the mass of the zebra? How do their velocities compare? Answer: The mass of the elephant is 18.51 elephant is 1.419 of times that of the zebra. The velocity of the times that of the zebra. Part C: How does the mass of the buffalo compare to the mass of the wolf? How do their velocities compare? Answer: The mass of the buffalo is 22.5 1.5 ✓o times that of the wolf. of times that of the wolf. The velocity of the buffalo is

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Migrating land mammals are often called runners because of the large distances that they can cover in one day. The velocity (speed) of a migrating land mammal or runner in relation to its mass can be modeled by the equation V(m) = 9.31m0.12, where m is the mass of the animal in kilograms and V is the velocity in kilometers per day. Round your answers to the tenths place, if necessary. Part A: Complete the table by determining the velocity of several different runners. Animal Mass (kg) Velocity (km/day) Grey Wolf 40 14.494 OB Zebra American Buffalo African Elephant 270 900 5000 Answer: It will travel 1 18.227 Part B: How does the mass of the elephant compare to the mass of the zebra? How do their velocities compare? 21.062 X Answer: The mass of the elephant is 18.51 elephant is 1.419 x times that of the zebra. Answer: Answer: The mass of the buffalo is 22.5 1.5 ✓o times that of the wolf. OB 25.872✓ O Part C: How does the mass of the buffalo compare to the mass of the wolf? How do their velocities compare? Answer: kg o times that of the zebra. The velocity of the Part D: If an animal is triple the mass of another animal, how much farther can the animal travel in one day? o times that of the wolf. The velocity of the buffalo is Part E: Suppose the mass of one animal is k times the mass of another animal. What is the ratio of their velocities? % farther than the first animal. Part F: If a polar bear has a migrating velocity of 19.5 km/day, what is its mass?
Transcribed Image Text:Migrating land mammals are often called runners because of the large distances that they can cover in one day. The velocity (speed) of a migrating land mammal or runner in relation to its mass can be modeled by the equation V(m) = 9.31m0.12, where m is the mass of the animal in kilograms and V is the velocity in kilometers per day. Round your answers to the tenths place, if necessary. Part A: Complete the table by determining the velocity of several different runners. Animal Mass (kg) Velocity (km/day) Grey Wolf 40 14.494 OB Zebra American Buffalo African Elephant 270 900 5000 Answer: It will travel 1 18.227 Part B: How does the mass of the elephant compare to the mass of the zebra? How do their velocities compare? 21.062 X Answer: The mass of the elephant is 18.51 elephant is 1.419 x times that of the zebra. Answer: Answer: The mass of the buffalo is 22.5 1.5 ✓o times that of the wolf. OB 25.872✓ O Part C: How does the mass of the buffalo compare to the mass of the wolf? How do their velocities compare? Answer: kg o times that of the zebra. The velocity of the Part D: If an animal is triple the mass of another animal, how much farther can the animal travel in one day? o times that of the wolf. The velocity of the buffalo is Part E: Suppose the mass of one animal is k times the mass of another animal. What is the ratio of their velocities? % farther than the first animal. Part F: If a polar bear has a migrating velocity of 19.5 km/day, what is its mass?
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