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(D) In a uniform electric field,an electric dipole experiences only a torque,and the net force is zero.However,in a non-uniform electric field,the ele

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$A$ net force and a torque

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(D) In a uniform electric field,an electric dipole experiences only a torque,and the net force is zero.However,in a non-uniform electric field,the electric field strength varies at different points.Since the two charges of the dipole ($+q$ and $-q$) are at different positions,they experience different electric forces $(F = qE)$.Therefore,the net force on the dipole is non-zero.Additionally,because the forces are not collinear,the dipole also experiences a torque.Thus,in a non-uniform electric field,an electric dipole experiences both a net force and a torque.

An electric dipole is placed at an angle of $30^{\circ}$ in a non-uniform electric field. The electric dipole will experience:

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