A charge q is distributed over the volume of a sphere of radius R. Assuming the permittivty to be equal to unity, compare the energy stored inside the sphere with the energy pervading the surrounding space. [Hint: u=(1)/(2)epsilon_(0)E^(2).]

A charge q is distributed over the volume of a sphere of radius R. Ass

1.	A charge q is distributed over the volume of a sphere of radius R. Assuming the permittivty to be equal to unity, compare the energy stored inside the sphere with the energy pervading the surrounding space. [Hint: u=(1)/(2)epsilon_(0)E^(2).]
Answer» ANSWER :`1:5`

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A charge q is distributed over the volume of a sphere of radius R. Assuming the permittivty to be equal to unity, compare the energy stored inside the sphere with the energy pervading the surrounding space. [Hint: u=(1)/(2)epsilon_(0)E^(2).]

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