Net charge in a current-carrying conductor is

The net charge on a current carrying conductor is

The net charge on current carrying conductor is __________.

A current carrying conductor of length'I' placed In a uniform magnetic field making an angle theta with the direction of field, experience a force, F = Bll sin theta . There is no net charge in a current carrying conductor. Then why it experiences a force in a magnetic field.

What is the conventional direction of current? How does it differ from the actual motion of charge carrier inside a current-carrying conductor?

Define the term mobility of charge carriers in a current carrying conductor. Obtain the relation for mobility in terms of relaxation time.

Define the term mobility of charge carriers in a current carrying conductor. Obtain the relation for mobility in terms of relaxation time.

The energy resides in a current carrying conductor in the form of