the area bounded by acceleration displacement curve the displacement axis of the body gives
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Since the options are not given, I am giving a general answer.
The correct answer could be - 'Change in Kinetic energy (K.E.).
Kinetic energy is defined as the energy of a body which is in motion. It is the work done by a body which is needed to move the body at rest with an acceleration to reach a certain velocity.
So, in an acceleration-displacement graph, the area of the acceleration displacement curve at the displacement curve of a body gives - the change in the Kinetic energy of the body per unit mass.
The correct answer could be - 'Change in Kinetic energy (K.E.).
Kinetic energy is defined as the energy of a body which is in motion. It is the work done by a body which is needed to move the body at rest with an acceleration to reach a certain velocity.
So, in an acceleration-displacement graph, the area of the acceleration displacement curve at the displacement curve of a body gives - the change in the Kinetic energy of the body per unit mass.
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Answer:
change in kE per unit mass
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