Two electrons separated by a distance $r$ experiences a force $F$ between them. The force between a proton and a single joined helium atom separated by a distance $2 r$ is

4 F

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2 F

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F / 2

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F / 4

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Solution

The correct option is D $F / 4$
Two electrons separated by a distance $r$ experiences a force $F$ between them.
The force between a proton and a single joined helium atom separated by a distance $2 r$ is $\frac{F}{4}$ .
Hence, Option $D$ is correct.

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Two electrons separated by a distance r experiences a force F between them. The force between a proton and a single joined helium atom separated by a distance 2r is

The correct option is D F/4Two electrons separated by a distance r experiences a force F between them. The force between a proton and a single joined helium atom separated by a distance 2r is F4.Hence, Option D is correct.

Two electrons separated by a distance $r$ experiences a force $F$ between them. The force between a proton and a single joined helium atom separated by a distance $2 r$ is

The correct option is D $F / 4$
Two electrons separated by a distance $r$ experiences a force $F$ between them.
The force between a proton and a single joined helium atom separated by a distance $2 r$ is $\frac{F}{4}$ .
Hence, Option $D$ is correct.