lets consider a scenario of a roller coaster ride. as the roller coaster at the top begins to descend, it…

lets consider a scenario of a roller coaster ride. as the roller coaster at the top begins to descend, it loses height, which means its potential energy decreases and kinetic energy starts increasing and reaches its maximum value. by using the above scenario, which statement best compares potential and kinetic energy? objects always have more potential energy than kinetic energy. kinetic energy increases and potential energy decreases when the velocity of an object increases. only potential energy decreases when an objects height increases. objects always have more kinetic energy than potential energy.

lets consider a scenario of a roller coaster ride. as the roller coaster at the top begins to descend, it loses height, which means its potential energy decreases and kinetic energy starts increasing and reaches its maximum value. by using the above scenario, which statement best compares potential and kinetic energy? objects always have more potential energy than kinetic energy. kinetic energy increases and potential energy decreases when the velocity of an object increases. only potential energy decreases when an objects height increases. objects always have more kinetic energy than potential energy.

Answer

Brief Explanations:

In the roller - coaster scenario, as it descends, height decreases (lowering potential energy) and velocity increases (raising kinetic energy). The relationship between kinetic energy (which depends on velocity) and potential energy (which depends on height) is such that when velocity increases, kinetic energy increases and potential energy decreases. The other statements are incorrect as objects don't always have more of one type of energy over the other, and potential energy increases when height increases.

Answer:

Kinetic energy increases and potential energy decreases when the velocity of an object increases.