A potential difference of 5 V is applied across a conductor of length 10 cm. If drift velocity of electrons is 0.00025 m/s, then what is the electron mobility?

5V potential difference is applied to a conductor of Length 10cm.If the drift velocity be 2.5 xx10^-2cm/s , then what will be its mobility?

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.

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

When 5V potential difference is applied across a wire of length 0.1 m, the drift speed of electron a 2.5 times 10^-4 m.s^-1 . IF the electron density in the wire is 8 times 10^28 m^-3 , the resistivity of the material is close to

When 5V potential difference is applied across a wire of length 0.1 m, the drift speed of electron a 2.5 times 10^-4m//s IF the electron density in the wire is 8 times 10^28 m^-3 , the resistivity of the material of wire.

An electric cell of e.m.f E is connected across a copper wire of diameter d and length l. The drift velocity of electrons in the wire is v_(d) . If the length of the wire is changed to 2l, the new drift velocity of electrons in the copper wire will be

Two resistances 1 Omega and 2 Omega are connected in series and a potential difference of 6V is applied across the ends of this combination. What will be the terminal potential difference across the second resistance?

A potential difference V is applied across a parallel combination of n identical capacitors. Then they are connected in series in such a way that no loss of charge takes place. Now what is the potential difference across this combination?