A thin conducting plane with surface charge density $\sigma$is exposed to an external electric E_ext. The difference in the electric field between one surface of the plane to the other surface is A) $\sigma$/$\isin$₀ B) $\sigma$/$\isin$₀ + E_ext C) $\sigma$/$\isin$₀ + E_ext. D) 2$\sigma$/$\isin$₀ + E_ext E) $\sigma$/2$\isin$₀ +E_ext.

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The Answer of A thin conducting plane with surface charge density $\sigma$is exposed to an external electric E_ext. The difference in the electric field between one surface of the plane to the other surface is A) $\sigma$/$\isin$₀ B) $\sigma$/$\isin$₀ + E_ext C) $\sigma$/$\isin$₀ + E_ext. D) 2$\sigma$/$\isin$₀ + E_ext E) $\sigma$/2$\isin$₀ +E_ext.

A Thin Conducting Plane with Surface Charge Density σ\sigmaσ Is Exposed to an External Electric Eext

A Thin Conducting Plane with Surface Charge Density $\sigma$ Is Exposed to an External Electric E_ext