Two bodies of unequal masses are dropped from a tower. At any...

When two bodies are dropped from a height, they fall freely under gravity.

The acceleration of a freely falling body is the acceleration due to gravity $g$, which is independent of the mass of the body.

Therefore, both bodies will have the same acceleration at any instant.

Momentum $p = mv$, kinetic energy $K = \dfrac{1}{2}mv^2$, and potential energy $U = mgh$ all depend on the mass $m$ of the body.

Since the masses are unequal, their momentum, kinetic energy, and potential energy will be different.

Answer : Acceleration