Assertion : Inside a conductor, electrons have no motion in the absence of some potential difference across it.
Reason : In the absence of potential difference no electrostatic force will act on the electrons inside the conductor.

Electrons in a conductor have no motion in the absence of a potential difference across it.

Determine True or False. Electrons in a conductor have no motion in the absence of a potential difference across it.

Determine True or False. Electrons in a conductor have no motion in the absence of a potential difference across it.

What are the possible paths of free electrons inside the conductor ?

What are the possible paths of free electrons inside the conductor ?

Assertion : When a potential difference is applied across a conductor, free electrons stf travelling with a constant speed called drift speed. Reason : Due to potential difference an electric field is produced inside the conductor, which electrons experience a force.

Assertion : When a potential difference is applied across a conductor, free electrons start travelling with a constant speed called drift speed. Reason : Due to potential difference an electric field is produced inside the conductor, which electrons experience a force.

The average velocity of electrons in a conductor in the absence of electric field is

The average velocity of electrons in a conductor in the absence of electric field is