What is the drift speed of electrons ?

Copper has one conduction electron per atom. Its density is 8.89 g//cm^3 and its atomic mass. 63.54 g//mol . If a copper wire of diameter 1.0 mm carries a current of 2.0 A , what is the drift speed of the electrons in the wire?

Copper has one conduction electron per atom. Its density is 8.89 g//cm^3 and its atomic mass. 63.54 g//mol . If a copper wire of diameter 1.0 mm carries a current of 2.0 A , what is the drift speed of the electrons in the wire?

Prove that electric current density of a metallic conductor is directly proportional to the drift speed of electrons?

If the length of a wire conductor is dobled by stretching it, keeping the p.d. across it constant by what factor does the drift speed of electrons change?

If the length of a wire conductor is doubled by stretching it, keeping the P.D. across it constant, by what factor does the drift speed of electrons change?

The mobility of electrons is defined as the drift velocity acquird by electrons when a unit electric field is applied. Let a potential diffrence of 120 V be applied across a straight conductor of length 1m. What will be the drift speed of electrons if the mobility of electrons is given to be 6xx10^(-6)m^2V^(-1)s^(-1) ?

How does the drift speed of electrons in a metallic conductor vary, when applied potential difference is decreased keeping temperature constant?

Prove that current density of a metallic conductor is directly proportional to the drift speed of electrons.