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.
![R](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff1fc894a-075a-4bac-a05e-c95bc9853c71%2Fd950b7cf-0bba-492e-89e5-4b01ac2a8c85%2Fuigm2u_processed.png&w=3840&q=75)
Transcribed Image Text:R
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