How does the mobility of electrons in a conductor change, if the potential difference applied across the conductor is doubled, keeping the length and temperature of the conductor constant ?

How does the mobility of electrons in a conductor change, if the p.d. applied across the conductor is doubled, keeping its length and temperature constant?

Derive the expression for the current density of a conductor in terms of the conductivity and applied electic field. Explain with reason how the mobility of electrons in a conductor changes when the potential difference applied is doubled, keeping the temperature of the conductor constant.

Derive the expression for the current density of a conductor in terms of the conductivity and applied electic field. Explain with reason how the mobility of electrons in a conductor changes when the potential difference applied is doubled, keeping the temperature of the conductor constant.

If the potential difference across the ends of a conductor is doubled, the energy loss becomes-

If the potential difference across the ends of a conductor is doubled, the energy loss becomes-

If the potential difference across the ends of a conductor is doubled, the energy loss becomes-

How does the random motion of free electrons in a conductor get affected when a potential difference is appplied across its ends ?

For a given metallic conductor , the variation of current through the conductor with potential difference applied across the conductor is shown in the given graph. If temperature of the conductor is increased , then slope tan theta

For a given metallic conductor , the variation of current through the conductor with potential difference applied across the conductor is shown in the given graph. If temperature of the conductor is increased , then slope tan theta