In the electric field of charge Q- another charge is carried from A to B- A to C- A to D and A to E- then work done will beminimum along path ABminimum along path ADminimum along path AEzero along all the paths

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Toppr Admin · Accepted Answer

Since-all A-B-C-D and E are lie on an equipotential surface-we know-work-x25B3-V-xD7-charge - As-x25B3-V-0so- W-0hence-The work done will be zero along all the paths-

In the electric field of charge Q, another charge is carried from A to B. A to C, A to D and A to E, then work done will be

minimum along path AB
minimum along path AD
minimum along path AE
zero along all the paths

Since,all A,B,C,D and E are lie on an equipotential surface.
we know, $w o r k = △ V \times c h a r g e$ ; As, $△ V = 0$
so, $W = 0$
hence,The work done will be zero along all the paths.

In the electric field of charge Q, another charge is carried from A to B. A to C, A to D and A to E, then work done will beminimum along path ABminimum along path ADminimum along path AEzero along all the paths

Since,all A,B,C,D and E are lie on an equipotential surface.we know,work=△V×charge ; As,△V=0so, W=0hence,The work done will be zero along all the paths.

In the electric field of charge Q, another charge is carried from A to B. A to C, A to D and A to E, then work done will be

minimum along path AB
minimum along path AD
minimum along path AE
zero along all the paths

Since,all A,B,C,D and E are lie on an equipotential surface.
we know, $w o r k = △ V \times c h a r g e$ ; As, $△ V = 0$
so, $W = 0$
hence,The work done will be zero along all the paths.