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The point \(A\) is situated on the axis of a dipole at a distance \(r\) from the dipole, where the electric field and po…

Q1

The point \(A\) is situated on the axis of a dipole at a distance \(r\) from the dipole, where the electric field and potential are given as \({E}_{0}\)​ and \({V}_{0}\)​, respectively. Find the electric field and potential at point \(B\), which is at a distance \(2r\) from the dipole on its perpendicular bisector.

(Shift II Memory Based)​​

a

\({E}_{B}=\frac{{E}_{0}}{8},\text{ }{V}_{B}={V}_{0}\)​​

b

​\({E}_{B}=\frac{{E}_{0}}{16},\text{ }{V}_{B}=0\)​​

c

\({E}_{B}=\frac{{E}_{0}}{4},\text{ }{V}_{B}=\frac{{V}_{0}}{2}\)​​

d

​​\({E}_{B}=\frac{{E}_{0}}{32},\text{ }{V}_{B}=\frac{{V}_{0}}{4}\)​​

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