How much work is done in moving a charge of 4 c across 2 points having a potential difference of 8 volts?
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Answered by
5
Hey mate!
Here's your answer!!
We know that,

So, W = V×Q
That is, 8 × 4
= 32J(joule) of work.
Hope it helps you!
Here's your answer!!
We know that,
So, W = V×Q
That is, 8 × 4
= 32J(joule) of work.
Hope it helps you!
Answered by
0
Question :
How much work is done in moving a charge of 4 c across 2 points having a potential difference of 8 volts?
Answer :
Work done =
8×4 = 32 joules.
Work is done when a finite forces acting on the object and the same object undergoes some displacement.
Generally we show work done by :
W = FS
Work Done = Force×Displacement
How much work is done in moving a charge of 4 c across 2 points having a potential difference of 8 volts?
Answer :
Work done =
8×4 = 32 joules.
Work is done when a finite forces acting on the object and the same object undergoes some displacement.
Generally we show work done by :
W = FS
Work Done = Force×Displacement
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