There is a uniformly charged spherical surface with a charge of Q and a radius of R in the vacuum.Try (1) The potential difference between the two points outside the spherical surface； (2) The potential difference between two points in the spherical surface； (3) The potential of any point outside the sphere； (4) The potential of any point in the sphere.
There is a uniformly charged spherical surface with a charge of Q and a radius of R in the vacuum.Try (1) The potential difference between the two points outside the spherical surface； (2) The potential difference between two points in the spherical surface； (3) The potential of any point outside the sphere； (4) The potential of any point in the sphere.
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3. There is a uniformly charged spherical surface with a charge of Q and a radius of R in the vacuum.Try
(1) The potential difference between the two points outside the spherical surface；
(2) The potential difference between two points in the spherical surface；
(3) The potential of any point outside the sphere；
(4) The potential of any point in the sphere.
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