A dipole is placed parallel to the electric field. If W is work done in rotating dipole by 60^∘,

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Vishal Gupta · Answer

Here in this given problem for the electric dipole, its electric dipole moment, its magnitude th

Adi S · Answer

We have an electric dipole with the dipole movement 2 into 10 is to 1 minus 12 oriented at a ang

Ajay Singhal · Answer

Hello students in this question we have to determine the work done that must be done to rotate t

Adi S · Answer

Here in this question first we have to write down a given data that is a electric dipole is give

Sri K · Answer

As we know that the work done on the dipole is equal to the change in its potential energy. Now

A dipole is placed parallel to the electric field. If \( W \) is work done in rotating dipole by \( 60^{\circ} \), then the work done in rotating it by \( 180^{\circ} \) is (1) 2 W (2) 3 W (3) 4 W (4) \( \frac{W}{2} \)