The gravitational force $(F)$ between two bodies with masses $M$ and $m$ separated by a distance $(d)$ is given by:

F = G \frac{M m}{d}

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F = G \frac{M m}{d^{2}}

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F = G \frac{M}{d}

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F = G \frac{m}{d}

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Solution

The correct option is B $F = G \frac{M m}{d^{2}}$
The gravitational force $(F)$ between two bodies with masses $M$ and $m$ separated by a distance $(d)$ is given by:
$F = G \frac{M m}{d^{2}}$
Gravitational force is always attractive in nature.

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The gravitational force (F) between two bodies with masses M and m separated by a distance (d) is given by:

The correct option is B F=GMmd2The gravitational force (F) between two bodies with masses M and m separated by a distance (d) is given by: F=GMmd2 Gravitational force is always attractive in nature.

The gravitational force $(F)$ between two bodies with masses $M$ and $m$ separated by a distance $(d)$ is given by:

The correct option is B $F = G \frac{M m}{d^{2}}$
The gravitational force $(F)$ between two bodies with masses $M$ and $m$ separated by a distance $(d)$ is given by:
$F = G \frac{M m}{d^{2}}$
Gravitational force is always attractive in nature.