Start and First Hill
1. Calculate the potential energy at point C.
2. How much kinetic energy...
Start and First Hill
1. Calculate the potential energy at point C.
2. How much kinetic energy is needed at point B to reach the top?
3. What must the coaster’s speed be at point B to possess this kinetic energy?
4. If the coaster moves from AÆ B in 8 seconds, what is the rate of acceleration of the coaster?
4a. How much net force is required to produce this acceleration?
4b. If the coaster encounters 300N of frictional force, determine the force applied by the propulsion system.
4c. Complete the freebody diagram below
Answers: 1
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