Drift velocity varies with intensity of electric field as per the.relation
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Drift velocity is the average velocity of electrons flowing inside a conductor under the influence of an electric field, which is responsible for the potential difference along the length of the conductor.
The relation between electric field and potential is given by following relation:
E = - dV/dR or simply E=V/L
The electric potential changes along the distance in an electric field.
So in a conductor with a potential difference between it's ends, the electrons flow under the influence of this electric field. And the electric force is responsible for the acceleration of electrons and give then a drift velocity.
The relation between electric field and potential is given by following relation:
E = - dV/dR or simply E=V/L
The electric potential changes along the distance in an electric field.
So in a conductor with a potential difference between it's ends, the electrons flow under the influence of this electric field. And the electric force is responsible for the acceleration of electrons and give then a drift velocity.
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