Question

What happens when a steady potential is applied across the ends of a conducting wire​

Answer 1

Answer:

When a steady potential difference is applied across the ends of a conducting wire, (a) All electrons move with a constant velocity..

Hope it helps u.

Answer 2

Answer:

All electron are move with a constant velocity

When a potential difference is applied to the across the end of a linear metallic conductor the free electron acquires a constant velocity from the lower potential and to the higher potential  of the conductor .

As lower potential that  implise excess electrons and vice versa.

Explanation:

he average time of motion of an electron insideof  the conductor. We can see that the drift velocity vd is directly proportional to applied potential difference of across the conductor. So, if the applied potential difference is doubled then the drift velocity of electrons will also get doubled

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