An electric dipole with dipole moment P0√2(^i+^j) is held fixed at the origin O in the presence of an uniform electric field of magnitude E0. If the potential is constant on a circle of radius R centered at the origin as shown in the figure, then the correct statement (s) is/are : (∈0 is permittivity of free space. R >> dipole size)

An electric dipole with dipole moment P0√2(^i+^j) is held fixed at t

1.	An electric dipole with dipole moment P0√2(^i+^j) is held fixed at the origin O in the presence of an uniform electric field of magnitude E0. If the potential is constant on a circle of radius R centered at the origin as shown in the figure, then the correct statement (s) is/are : (∈0 is permittivity of free space. R >> dipole size)
Answer» An electric dipole with dipole moment $\frac{P_{0}}{\sqrt{2}} (^i +^j)$ is held fixed at the origin O in the presence of an uniform electric field of magnitude $E_{0}$ . If the potential is constant on a circle of radius R centered at the origin as shown in the figure, then the correct statement (s) is/are : ( $\in_{0}$ is permittivity of free space. R >> dipole size)

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