Question

Work done is carrying an electron from A and B lying on an equipotential surface of one volt potential is​

Answer 1

Answer:

zero

Explanation:

w = q v

Vb - Va = 0 as the surface is equipotential

so work done is zero

Answer 2

Answer:

The work done is​ zero.

Explanation:

The work done is given as,

$W=qV$        (1)

Where,

W=work done in carrying an electron from A and B

q=charge on an electron

V=potential difference through which the electron travels

But we know that the potential difference between any two points of the equipotential surface is zero.

So, the work done in carrying an electron from A and B lying on an equipotential surface of one-volt potential is​ zero.

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