In a freely falling body- the interchange of potential to kinetic energy takes place- gradually from kinetic to potential-gradually from potential to kinetic-similar to a pendulum-alternately between kinetic and potential-

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Kinetic Energy

In a freely f...

Question

In a freely falling body, the interchange of potential to kinetic energy takes place:

gradually from kinetic to potential

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gradually from potential to kinetic

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similar to a pendulum

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alternately between kinetic and potential

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Solution

The correct option is B
gradually from potential to kinetic

The mango has only potential energy before it starts falling. As it approaches the ground, its potential energy decreases and kinetic energy increases simultaneously such that the total energy is constant.

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Similar questions

An object is falling freely from a height x. After it has fallen a height $\frac{x}{2}$ , it will possess :

(a) only potential energy

(b) only kinetic energy

(d) less potential and more kinetic energy

In a freely falling body, the interchange of potential to kinetic energy takes place:

In a freely falling body, the interchange of potential to kinetic energy takes place _______.

Give an example where, when a body is released from a height, the potential energy of the body is gradually transformed into kinetic energy?

When a body falls freely, its potential energy is converted into kinetic energy. But when the freely falling body reaches the ground, it comes to rest. What happens to the kinetic energy of the body when it stops on reaching the ground?

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In a freely falling body, the interchange of potential to kinetic energy takes place:

The correct option is B gradually from potential to kinetic The mango has only potential energy before it starts falling. As it approaches the ground, its potential energy decreases and kinetic energy increases simultaneously such that the total energy is constant.

The correct option is B
gradually from potential to kinetic

The mango has only potential energy before it starts falling. As it approaches the ground, its potential energy decreases and kinetic energy increases simultaneously such that the total energy is constant.