The figure shows an electric field in which a | vedclass

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(B) The electric field lines are closer together on the left side,indicating a stronger electric field $(E_L > E_R)$.For a dipole,the force on the neg

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The dipole will experience a net force towards the right.

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(B) The electric field lines are closer together on the left side,indicating a stronger electric field $(E_L > E_R)$.For a dipole,the force on the negative charge $(-q)$ is in the direction opposite to the electric field,and the force on the positive charge $(+q)$ is in the direction of the electric field.Let $E_L$ be the electric field at the position of $-q$ and $E_R$ be the electric field at the position of $+q$.The force on $-q$ is $F_L = q E_L$ directed towards the right.The force on $+q$ is $F_R = q E_R$ directed towards the left.Since the field lines are denser on the left,$E_L > E_R$,therefore $F_L > F_R$.The net force is $F_{net} = F_L - F_R$,which is directed towards the right.

The figure shows an electric field in which an electric dipole $\overrightarrow{P}$ is placed. Which of the following statements is correct?

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