Consider two large ,identical paralllel conducting plates having surface `X` and `Y` .facing eacg other.The charge per unit area on `X` is `sigma_(1)` and charge perunit surface area of `Y` is `simga_(2)` .Then,

The charge deposited per unit area of the surface is called

X and Y are large, parallel conducting plates closed to each other. Each face has an area A. X is given a charge Q. Y is without any charge. Points A. B and C are as shown in figure

The amount of induced surface charge per unit area of the surface is

X and Y are large, parallel conducting plates close to each other. Each face has an area A . X is given a charge Q . Y is without any charge. Points A,B and C are as shown in the figure.

X and Y are large, parallel conducting plates close to each other. Each face has an area A . X is given a charge Q . Y is without any charge. Points A,B and C are as shown in the figure.

X and Y are large, parallel conducting plates close to each other. Each face has an area A . X is given a charge Q . Y is without any charge. Points A,B and C are as shown in the figure.

Two large parallel conducting plates are placed close to each other ,the inner surface of the two plates have surface charge densities +sigma and -sigma .The outer surfaces are without charge.The electric field has a magnitude of

Two large parallel conducting plates are placed close to each other ,the inner surface of the two plates have surface charge densities +sigma and -sigma .The outer surfaces are without charge.The electric field has a magnitude of

Two large parallel conducting plates of net charge 2Q and -Q are placed in a uniform external electric field (Q)/(2Aepsilon_(0)) prependicular to plates as shown. The surface area of each plates is A. The charge on the left surface of the left plate and right surface of the right plate are respectively.