A charge -q- is moved from a point A above a dipole of dipole moment -p- to a point B below the dipole in equatorial plane without acceleration- Find the work done in the process-

Question

Toppr Admin · Accepted Answer

Work done in the process is zero-xA0-It is because - equatorial plane of a dipole is equipotential surface and work-xA0-done in moving charge on equipotential surface is zero-W-qVAB-q-xD7-O-0

A charge 'q' is moved from a point A above a dipole of dipole moment 'p' to a point B below the dipole in equatorial plane without acceleration. Find the work done in the process.

Work done in the process is zero.

It is because , equatorial plane of a dipole is equipotential surface and work

done in moving charge on equipotential surface is zero.
$W = q V_{A B} = q \times O = 0$

A charge 'q' is moved from a point A above a dipole of dipole moment 'p' to a point B below the dipole in equatorial plane without acceleration. Find the work done in the process.

Work done in the process is zero. It is because , equatorial plane of a dipole is equipotential surface and work done in moving charge on equipotential surface is zero.W=qVAB=q×O=0

Work done in the process is zero.

It is because , equatorial plane of a dipole is equipotential surface and work

done in moving charge on equipotential surface is zero.
$W = q V_{A B} = q \times O = 0$