Consider a conductor of length 40 cm where a potential difference of 10V is maintained between the ends of the conductor. Find the mobility of the electrons provided the drift velocity of the electrons is `5xx10^(-6) ms^(-1)`

A constant potential difference is applied between the ends of the wire. If the length of the wire is elongated 4 times, then the drift velocity of electrons will be

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 constant potential difference is applied between the ends of the wire . If the length of the wire is elongated 4 times , then the drift velocity of electrons will be

Define mobility of free electrons. A potential difference of 5 volts is applied across a conductor of length 10 cm Find the mobility of an electron if he drift velocity of an electron is 2.5xx10^-2 cms.

When potential difference is applied between the ends of conductor the electrons will flow through the conductor with a constant average velocity:-Name the velocity.

A potential difference of 5 V is applied across a conductor of length 10 cm. If drift velocity of the electron is 2.5 x 10^-4 ms^-1 find the mobility of electron.

When 10^8 electrons are transferred from one conductor to another, a potential difference of 10V appears between the conductors. Find the capacitance of the two conductors.

A stream of electrons with kinetic energy equal to 100 keV pass across a cross setion of a conductor in 0.5 s . If the potential difference between the ends of conductor is 5 V find the number of electrons that pass across the conductor in one second. (The charge on an electron is 1.6 xx 10^(-19)C ).

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 .