A) V = 0 and E = 0
B) \[V\ne 0\] and \[E\ne 0\]
C) V= 0 and \[E\ne 0\]
D) \[V\ne 0\]and E =0
Correct Answer: C
Solution :
As,\[E.d=\Delta V=V\]\[\Rightarrow \]\[Ed\cos \theta =\Delta V=V\] For\[\Delta V=V=0\]may be E = 0 but \[\theta \ne 0\] or may\[\cos \theta =0\]but \[E\ne 0\] Thus, the gravitational potential can be zero, while \[E\ne 0\]You need to login to perform this action.
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