A number of spherical conductors of different radii have same potential. Then the surface charge density on them.

A number of spherical conductors of different radius have same potential. Then the surface charge density on them.

A number of spherical conductors of different radii are charged to same potential. The surface charge density of each conductor is related with its radius as

A number of spherical conductors of different radii are charged to same potential. The surface charge density of each conductor is related with its radius as

A number of spherical conductors of different radii are given charge such a that the charge density of each condutor is inversely proportional to its radius. The conductors will have

Assertion (A): If two spherical conductors of different radii have the same surface charge densities, then their electric field intensities will be equal. Reason (R ): Surface charge density =("Total charge")/("area")

Assertion: The surface charge densities of two spherical conductors of different radii are equal. Then the electric field intensities near their surface are also equal. Reason: Surface charge density is equal to charge per unit area.

Assertion: The surface charge densities of two spherical conductors of different radii are equal. Then the electric field intensities near their surface are also equal. Reason: Surface charge density is equal to charge per unit area.

(A ): The surface densities of two spherical conductors of different radii are equal. Then the electric field intensities near their surface are also equal. (R ): Surface density is equal to charge per unit area.

(A ): The surface densities of two spherical conductors of different radii are equal. Then the electric field intensities near their surface are also equal. (R ): Surface density is equal to charge per unit area.