3. A capacitor is made of two spherical sphere conductors of radii a and b ( where a < b), with vacuum in the intervening space. If the external sphere is kept at ground and the outer one has a charge density o, then solve the Laplace's equation to find the electrostatic potential in the space between the spheres.
3. A capacitor is made of two spherical sphere conductors of radii a and b ( where a < b), with vacuum in the intervening space. If the external sphere is kept at ground and the outer one has a charge density o, then solve the Laplace's equation to find the electrostatic potential in the space between the spheres.
Share