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Byju's Answer
Standard XII
Physics
Potential at a Point Due to a Dipole
The potential...
Question
The potential difference between center and the surface of sphere of radius R and having uniform volume charge density r^° within it will be
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Q.
Potential difference between centre and surface of the sphere of radius R and uniform volume charge density
ρ
within it will be :
Q.
Potential difference between centre and surface of the non conducting sphere of radius
R
and uniform volume charge density
ρ
within it will be
Q.
Potential difference between centre and the surface of sphere of R and having uniform volume charge density. p with it will be :
Q.
A solid sphere of radius a has volume charge density p given by
p
=
p
1
,
0
≤
r
≤
a
2
=
p
2
,
a
2
≤
r
≤
a
and electric potential at center is twice as electric potential at surface:
Q.
A sphere of radius R has uniform volume charge density. The electric potential at a point situated at a distance r (r < R) is :
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