A guy on a bike moves up a ramp as shown above. The total mass of the guy and bike is 150 kg. A. What happens to his kinetic energy as he goes up the ramp? B. What happens to his gravitational potential energy as he goes up the ramp? C. What happens to his total energy as he goes up the ramp? D. What is the height, h, that he reaches? E. If his mass were to double, what height would he reach?
A guy on a bike moves up a ramp as shown above. The total mass of the guy and bike is 150 kg. A. What happens to his kinetic energy as he goes up the ramp? B. What happens to his gravitational potential energy as he goes up the ramp? C. What happens to his total energy as he goes up the ramp? D. What is the height, h, that he reaches? E. If his mass were to double, what height would he reach?
Chapter3: Energy And Conservation Laws
Section: Chapter Questions
Problem 28P: . The fastest that a human has run is about 12 m/s. (a) If a pole vaulter could run this fast and...
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I just need help with D and E
A guy on a bike moves up a ramp as shown above. The total mass of the guy and bike is 150 kg.
A. What happens to his kinetic energy as he goes up the ramp?
B. What happens to his gravitational potential energy as he goes up the ramp?
C. What happens to his total energy as he goes up the ramp?
D. What is the height, h, that he reaches?
E. If his mass were to double, what height would he reach?
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