Will the change of velocity be the same in both the cases?

1.	Will the change of velocity be the same in both the cases?
Answer» Velocities are different in both cases due to the difference in masses. The inertia of an object depends upon its mass. When the mass increases, inertia also increases. Momentum Momentum is a characteristic property of moving objects. It is measured as the product of the mass of the body and its velocity. Momentum = mass × velocity Unit of momentum is kg m/s

Answer»

Velocities are different in both cases due to the difference in masses.

The inertia of an object depends upon its mass. When the mass increases, inertia also increases.

Momentum

Momentum is a characteristic property of moving objects. It is measured as the product of the mass of the body and its velocity.

Momentum = mass × velocity

Unit of momentum is kg m/s

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