A metallic rod of length L and mass M is moving
under the action of two unequal forces F1 and F2 (directed opposite to each other) acting at its
ends along its length. Ignore gravity and any
external magnetic field. If specific charge of
electrons is (e/m), then the potential difference
between the ends of the rod is steady state must
be?
sir,please explain its solution also
Asked by jaychandran1967
29th September 2018,
6:33 PM
Answered by Expert
Answer:
If there is no external magnetic field, movement of conductor under the action of force
will not create any potential difference across its length
Answered by Expert
4th October 2018,
5:50 PM
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