Question

calculate the potential difference between two points if 200 joule of work is done in moving a charge of 8 coulomb.​

Answer 1

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✸ Question ✸

⋄calculate the potential difference between two points if 200 joule of work is done in moving a charge of 8 coulomb.

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✰Given:-

⋄ Work done (w) = 200J

⋄ Charge (c) = 8 coulomb

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✸ To Find:-

⋄ Potential difference between two points (v) .

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✰Solution :-

We know that,

Potential difference =work done /charge

➧ v= w/c

➧ v= 200/8

➧ v= 25 volt

∴The required answer is 25 volt.

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Answer 2

The potential difference between two points is 25 volts.

We have to find the potential difference between two points if 200 Joule of work is done in moving a charge of 8 Coulomb.

Concept : The potential difference between two points is the amount of work done in moving a unit charge from one point to another point.

Illustration : Let a charged particle q is moving from A to B in a uniform electric field due to it, the amount of work is to be done to move this charge is W, then potential difference between A and B is given by,

$V_A-V_B=\Delta V=\frac{W_{(A-B)}}{q}$

Here workdone, W = 200 Joule

charge, q = 8 Coulomb

∴ ΔV = 200/8 = 25 Volts

Therefore the potential difference between the two points is 25 Volts..

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