Physics, asked by parth6953, 1 year ago

SOME CHARGE IS BEING GIVEN TO A CONDUCTOR. THEN, ITS POTENTIAL
(A) IS MAXIMUM AT SURFACE
(B) IS MAXIMUM AT CENTRE
(C) remains the same throughout the conductor.
(D) is max. somewhere between surface and centre.

Answers

Answered by Rukhayya1101

it must be option A

even i chose this.. comment if it is not plz even i need it

parth6953: i will get correct answers tommorow

parth6953: then i will

Vanshiiitaaa: Answer must be C

Rukhayya1101: tq so much dear..

Vanshiiitaaa: Because the potential inside the conductor and on surface remains same. The reason for this is that inside conductor, E=0 so work done in moving charge inside conductor is 0 so the potential remains same.

Vanshiiitaaa: Welcome... Hope I helps

parth6953: absolutely

Answered by aditi49693

Answer:

ans is C

Explanation:

As the electric field inside the conductor is 0,so the potential remain same throughout the conductor.

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SOME CHARGE IS BEING GIVEN TO A CONDUCTOR. THEN, ITS POTENTIAL (A) IS MAXIMUM AT SURFACE (B) IS MAXIMUM AT CENTRE (C) remains the same throughout the conductor. (D) is max. somewhere between surface and centre. ​

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SOME CHARGE IS BEING GIVEN TO A CONDUCTOR. THEN, ITS POTENTIAL
(A) IS MAXIMUM AT SURFACE
(B) IS MAXIMUM AT CENTRE
(C) remains the same throughout the conductor.
(D) is max. somewhere between surface and centre.