Question

The motion of electron inside a current carrying conductor is
(A)
uniform
(B)
accelerating
(c) drifting
(D)
decelerating​

Answer 1

Answer:

Explanation:

answer : option (c) drifting

you know as well, A conductor consists large number of electrons. current flows through wire due to electrons. current on the conductor means drifting of free electrons in a fixed direction. drifting velocity can be given by, vd =i/neA

where vd is drift velocity, i is current through conductor, n is number of electrons per unit volume, e is charge of electrons and A is cross sectional area of current carrying conductor.

Answer 2

The motion of electron inside a current carrying conductor is (c) drifting

Explanation:

• A conductor is made up of a lot of electrons. Electrons cause current to flow across wires.
• while current on the conductor refers to free electrons wandering in a set direction. The drifting velocity can be calculated using,
• $V_{d} = \frac{I}{neA}$    
• I is the current flowing through the conductor, n is the number of electrons per unit volume, e is the charge of electrons, and A is the cross sectional area of the current carrying conductor.