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(D) In a non-uniform electric field,the electric field strength varies at different points in space.Since the two charges of the dipole ($+q$ and $-q$

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force experienced is not zero,while torque may be zero depending on its orientation

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(D) In a non-uniform electric field,the electric field strength varies at different points in space.Since the two charges of the dipole ($+q$ and $-q$) are separated by a small distance,they experience different electric field intensities ($E_1$ and $E_2$).Because $F = qE$,the forces on the two charges are not equal and opposite,resulting in a non-zero net force.However,the torque on the dipole is given by $\vec{	au} = \vec{p} 	imes \vec{E}$. If the dipole is aligned parallel or anti-parallel to the electric field,the torque can be zero.Therefore,the net force is generally non-zero,and the torque may be zero depending on the orientation.

An electric dipole is placed in a non-uniform electric field. Then,net

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