A charge of 10C is moved from point P to Q in an electric field. If work done at point P is 30J and at point Q is 60J, then potential difference between points P and Q will be
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p and q = rptq = ptq is your answer make me brainliest please
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The total work done = energy transferred.
The total work done = energy transferred.so, we might see the equation energy = voltage x charge, E = V * Q, written as,
The total work done = energy transferred.so, we might see the equation energy = voltage x charge, E = V * Q, written as, work = voltage x charge, W = V * Q.
The total work done = energy transferred.so, we might see the equation energy = voltage x charge, E = V * Q, written as, work = voltage x charge, W = V * Q.In this case, the charge is 4 mC, that is, 0.004 C and work done is 2 J.
The total work done = energy transferred.so, we might see the equation energy = voltage x charge, E = V * Q, written as, work = voltage x charge, W = V * Q.In this case, the charge is 4 mC, that is, 0.004 C and work done is 2 J.Therefore, V=W/Q = 2/0.004 = 500 V.
The total work done = energy transferred.so, we might see the equation energy = voltage x charge, E = V * Q, written as, work = voltage x charge, W = V * Q.In this case, the charge is 4 mC, that is, 0.004 C and work done is 2 J.Therefore, V=W/Q = 2/0.004 = 500 V.Hence, the potential difference between two points if 2 J of work must be done to move a 4 mC charge from one point to another is 500 V.
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