What happens to the kinetic energy of an object when in during a free fall, it reaches near and touches the ground? Will it be the highest or lowest?
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According law of conservation of mass energy is always coseverd so it will be remain same kinetic energy when he touches the ground.
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Question ) What happens to the kinetic energy of an object when in during a free fall, it reaches near and touches the ground? Will it be the highest or lowest?
★ Answer ) At first , the velocity of object is zero so it's kinetic is obviously zero . But now when the process is started as the ball is dropped . It will gain kinetic energy ( say K ) and then eventually at the lowest point when it reaches the ground it's Kinetic energy K will be transformed to Potential Energy ( P ) .
* Energy will be conserved ( in the form of sound and light energy .)
★ Answer ) At first , the velocity of object is zero so it's kinetic is obviously zero . But now when the process is started as the ball is dropped . It will gain kinetic energy ( say K ) and then eventually at the lowest point when it reaches the ground it's Kinetic energy K will be transformed to Potential Energy ( P ) .
* Energy will be conserved ( in the form of sound and light energy .)
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