A 10 C of charge flows through a wire in 5 minutes. The radius of the wire is 1 mm. It contains `5xx10^(22)` electrons per `"centimetre"^(3)`. Calculate the current and drift velocity.

A 10 C charge flows through a wire in 5 minutes. The radius of the wire is 1mm. It contaisn 5 xx 10^22 electrons pper centimeter s^3 . Calculate the current and drift velocity.

A 60 coulomb of charge flows through a wire in half minute. The radius of the wire is 1 mm. The wire contains 5xx10^(22) electrons per cubic centimetre. Calculate the current and drift velocity.

A silver wire 1mm diameter carries a charge of 90 coulombs in 1 hours and 15 minutes. Silver contains 5.8xx10^(28) free electrons per cm^(3) find the current in wire and drift velocity of the electron.

A silver wire 1mm diameter carries a charge of 90 coulombs in 1 hours and 15 minutes. Silver contains 5.8xx10^(28) free electrons per cm^(3) find the current in wire and drift velocity of the electron.

A silver wire 1mm diameter carries a charge of 90 coulombs in 1 hours and 15 minutes. Silver contains 5.8xx10^(28) free electrons per cm^(3) find the current in wire and drift velocity of the electron.

A silver wire of 1 mm diameter has a charge of 90 coulombs flowing in 1 hours and 15 minutes. Silver contains 5.28*10^28 free electrons per cm^3. Find the current in the wire and drift velocity in the electron?

A current of 2.4 A flows through a wire of cross-sectional area 1.5 mm^2 . Find the current density in the wire. If the wire contains 8 xx 10^28m^-3 elecrtrons per unit volume calculate the average relaxation on time. Given that charge on electron = 1.6 xx 10^-19C and mass of electron =9.1 xx 10^-31 kg.