Mark the incorrect statement: (R= Radius of sphere, ρ= volume charge density)
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a
Electrical field intensity due to a non-conducting charged solid sphere at a point outside the sphere is R3ρ3∈0r2
b
Electrical field intensity at a point on the surface of a insulating charged solid sphere will be Rρ3∈0
c
Electric field intensity due to an insulating charged solid sphere at a point located inside the surface at a distance ‘r’ from the centre of the sphere will be ρr3∈0
d
Electric field intensity due to a solid insulating charged sphere, at a point inside the sphere will be zero
answer is D.
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Detailed Solution
ρ=Q43πR3⇒Q=43πR3ρ Electric field inside non conducting solid sphere of radius R at a distance r from centre=E=KQrR3 Electric field on non conducting solid sphere=E=KQR2 Electric field outside non conducting solid sphere=E=KQr2 Electric field at the centre of non conducting solid sphere=E=0