A uniformly charged solid shpere fo radius `R` has potential `V_(0)` (measured with respect to `oo`) on its surface. For this sphere the equipotentail surfaces with potentials `(3V_(0))/(2) , (5 V_(0))/(4), (3V_(0))/(4)` and `(V_(0))/(4)` have radius `R_(1), R_(2), R_(3)` and `R_(4)` respecatively. ThenA. `R_(1) ne 0 and (R_(2) - R_(1)) gt (R_(4) - R_(3))`B. `R_(1) = 0 and R_(2) lt (R_(4) - R_(3))`C. `2R lt R_(4)`D. `R_(1) = 0 and R_(2) gt (R_(4) - R_(3))`

A uniformly charged solid shpere fo radius `R` has potential `V_(0)` (

1.	A uniformly charged solid shpere fo radius `R` has potential `V_(0)` (measured with respect to `oo`) on its surface. For this sphere the equipotentail surfaces with potentials `(3V_(0))/(2) , (5 V_(0))/(4), (3V_(0))/(4)` and `(V_(0))/(4)` have radius `R_(1), R_(2), R_(3)` and `R_(4)` respecatively. ThenA. `R_(1) ne 0 and (R_(2) - R_(1)) gt (R_(4) - R_(3))`B. `R_(1) = 0 and R_(2) lt (R_(4) - R_(3))`C. `2R lt R_(4)`D. `R_(1) = 0 and R_(2) gt (R_(4) - R_(3))`
Answer» Correct Answer - B::C

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