The dielectric constant of a perfect conductor is

Question

The dielectric constant of a perfect conductor is (A)  +1  (B)  0  (C) ∞ (D)  -1

Tardigrade Admin · Accepted Answer

Dielectric, constant of a perfect conductor is infinite (∞ ) . Therefore, electric field inside a conductor is always zero. We cannot have electric field lines inside a conductor.

Q. The dielectric constant of a perfect conductor is

$+ 1$

$0$

$\infty$

$- 1$

Dielectric, constant of a perfect conductor is infinite $(\infty)$ . Therefore, electric field inside a conductor is always zero. We cannot have electric field lines inside a conductor.

Q. The dielectric constant of a perfect conductor is

+1

0

∞

−1

Dielectric, constant of a perfect conductor is infinite (∞) . Therefore, electric field inside a conductor is always zero. We cannot have electric field lines inside a conductor.

$+ 1$

$0$

$\infty$

$- 1$

Dielectric, constant of a perfect conductor is infinite $(\infty)$ . Therefore, electric field inside a conductor is always zero. We cannot have electric field lines inside a conductor.