If two substances of equal volumes but of different densities are dropped from the same height simultaneously, then

The body of lower density will reach the earth earlier

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Both the bodies will reach the earth simultaneously

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The body of higher density will reach earlier

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It depends upon the place

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Solution

The correct option is B Both the bodies will reach the earth simultaneously
$\begin{matrix} Any two substances dropped from same height reach earth simultaneously as the acceleration during is same g for both bodies. \end{matrix}$

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If two substances of equal volumes but of different densities are dropped from the same height simultaneously, then

The correct option is B Both the bodies will reach the earth simultaneously Any two substances dropped from same height reach earth simultaneously as the acceleration during is same g for both bodies.

The correct option is B Both the bodies will reach the earth simultaneously
$\begin{matrix} Any two substances dropped from same height reach earth simultaneously as the acceleration during is same g for both bodies. \end{matrix}$