A uniform copper wire carries a current i amperes and has p carries per ${m e t r e}^{3}$ . The length of the wire is $l$ metres and its cross-section area is a ${m e t r e}^{2}$ . If the charge on a carrier is q coulombs, the drift velocity in ${m s}^{- 1}$ is given by

Question

A uniform copper wire carries a current i amperes and has p carries per

{m e t r e}^{3}

. The length of the wire is

l

metres and its cross-section area is a

{m e t r e}^{2}

. If the charge on a carrier is q coulombs, the drift velocity in

{m s}^{- 1}

is given by

Toppr Admin · Accepted Answer

A uniform copper wire carries a current i amperes and has p carries per metre3. The length of the wire is l metres and its cross-section area is a metre2. If the charge on a carrier is q coulombs, the drift velocity in ms−1 is given by i/lsqi/psqpsq/ii/pslq