If 90J Of Energy Are Available For Every 30C Of Charge, What Is The Potential Difference?

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If 90J Of Energy Are Available For Every 30C Of Charge, What Is The Potential Difference?. V is the potential difference in volts, e. Esnon 10 or 24 if 90j of energy are available for every 30c of charge, what is the potential difference?

Solved During a lightning discharge, 30C of charge move
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This physics tutorial works through the calculation to find the charge flowing through a 240v electrical heater, which gives out 3 kilojoules of heat energy. To find the potential difference, we'll use the formula that relates energy, charge, and potential difference. Potential difference (v) = energy (j) / charge (c)

Potential Difference (V) = Energy (J) / Charge (C)


Given that energy available for every 30c of charge is 90j. To find the potential difference, we'll use the formula that relates energy, charge, and potential difference. Esnon 10 or 24 if 90j of energy are available for every 30c of charge, what is the potential difference?

Substitute The Given Values Into The Formula.


Calculate the potential difference using the formula: V is the potential difference in volts, e. Use our below online potential difference calculator, enter the current and resistance in the respective input boxes and click calculate to find the potential difference in volts.

We Are Given $$W = 90J$$W = 90J.


This physics tutorial works through the calculation to find the charge flowing through a 240v electrical heater, which gives out 3 kilojoules of heat energy.

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