There exists a uniform electric filed in the space as shown. Four points `A, B, C` and `D` are marked which are equildistant from the origin. If and `V_(D)` are their potentials respectively, then

A uniform electric field in the plane of the paper as shown. Here A, B, C,D are the points on the circle. V_(1), V_(2),V_(3),V_(4) are the potentials at those points respectively. Then

Figure shows four points A, B, C and D in uniform electric field vec(E ) . The line AB and CD are perpendicular and BC and AD are parallel to the field lines. If V_(A), V_(B) , V_(C ) and V_(D) are electric potential at A, B,C,D choose the correct option.

A uniform electric field exists in x y plane as shown in Fig. 3.45. Find the potential difference. Between origin O and A(d,d,0) . .

A uniform electric field exists in x y plane as shown in Fig. 3.45. Find the potential difference. Between origin O and A(d,d,0) . .

The position vector of four points A, B, C and D are a,b,c and d respectively . If a- b = 2(d-c) the

In the uniform electric field shown in figure. The value (v_C-v_D)

In the circuit diagram shown in Figure , the potentials of the points B, C and D are respectively -

In the circuit diagram shown in figure, the potentials of the points B, C and D are respectively.