Please help me!
Posted: Mon May 02, 2022 5:02 pm
Please help me!
2. Professor Oak's research has shown that the average energy BE (in kilocalories) required for a Bulbasaur to travel a distance of 1 kilometer (linearly, on flat land) is given by the function BE(m, v) = 2.65m0.66 + 3.5m0.75 w where m is the mass of the Bulbasaur (in grams) and v is its (average) speed (in kilometers per hour). (a) If the average) mass of a mature Bulbasaur is 6.9 kilograms, and its top speed on land is 50 kilometers per hour', compute the energy expenditure of a mature Bulbasaur running at full speed for 1 kilometer. (b) Compute B Em (4000, 20). Explain what this quantity represents. (c) Compute BE,(4000, 20). Explain what this quantity represents.
(d) Suppose Ash's Bulbasaur has a mass of 4 kilograms and a current top speed of 20 kilometers per hour. If Ash's Bulbasaur wants to decrease its energy expenditure in the 1-kilometer Pokéathlon race, should it focus on shedding weight or increasing its top speed? Explain your answer.
2. Professor Oak's research has shown that the average energy BE (in kilocalories) required for a Bulbasaur to travel a distance of 1 kilometer (linearly, on flat land) is given by the function BE(m, v) = 2.65m0.66 + 3.5m0.75 w where m is the mass of the Bulbasaur (in grams) and v is its (average) speed (in kilometers per hour). (a) If the average) mass of a mature Bulbasaur is 6.9 kilograms, and its top speed on land is 50 kilometers per hour', compute the energy expenditure of a mature Bulbasaur running at full speed for 1 kilometer. (b) Compute B Em (4000, 20). Explain what this quantity represents. (c) Compute BE,(4000, 20). Explain what this quantity represents.
(d) Suppose Ash's Bulbasaur has a mass of 4 kilograms and a current top speed of 20 kilometers per hour. If Ash's Bulbasaur wants to decrease its energy expenditure in the 1-kilometer Pokéathlon race, should it focus on shedding weight or increasing its top speed? Explain your answer.