When a potential difference (V) is applied across a conductor at temperature T, the drift velocity of electrons is proportional to

A potential difference V is applied across a conductor at temperature T (kelvin). Then the drift velocity of electrons is directly propoertional to :

When a potential difference (V) is applied across a conductor, the thermal speed of electrons is

If the potential difference V applied across a conductor increases to 2V, drift velocity of the electron be

IF potential differences V applied across a conductor is increased to 2V,how will the drift velocity of electrons change?

When a potential difference is applied across the ends of a conductor, how is the drift velocity of the electrons related to the relaxation time?

A potential difference of 4.5 V is applied across a conductor of length 0.1 m. If the drift velocity of electrons is 1.5 xx10^(-4)ms^(-1) , find the electrons mobility.

A potential difference of 6 V is applied across a conductor of length 0.12 m. Calculate the drift velcoity of electrons, if the electron mobility is 5.6 xx 10^-6 m^2V^-1s^-1 .

When the potential difference applied across a solid conductor is increased, the rate of flow of electrons