The electric field and the electric potential at a point are E and V, respectively.
(a) If E = 0, V must be zero.
(b) If V = 0, E must be zero.
(c) If E ≠ 0, V cannot be zero.
(d) If V ≠0, E cannot be zero.

Question

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In a shell E-0 but V-x2260-0-Along the equatorial line of a dipole- V-0 but E-x2260-0-

The electric field and the electric potential at a point inside a shell are E and V respectively. Which of the following is correct?
If $E = 0$ , V must be zero.
If $V = 0$ , E must be zero.
If $E \neq 0$ , V cannot be zero.
None of these

In a shell $E = 0$ but $V \neq 0$ .
Along the equatorial line of a dipole, $V = 0$ but $E \neq 0$ .

The electric field and the electric potential at a point inside a shell are E and V respectively. Which of the following is correct?If E=0, V must be zero.If V=0, E must be zero.If E≠0, V cannot be zero.None of these

In a shell E=0 but V≠0.Along the equatorial line of a dipole, V=0 but E≠0.

The electric field and the electric potential at a point inside a shell are E and V respectively. Which of the following is correct?
If $E = 0$ , V must be zero.
If $V = 0$ , E must be zero.
If $E \neq 0$ , V cannot be zero.
None of these

In a shell $E = 0$ but $V \neq 0$ .
Along the equatorial line of a dipole, $V = 0$ but $E \neq 0$ .