The energy (E) in joules required to create a certain voltage (V) when a certain amount of charge (Q) is transferred is given by the formula:

E = Q * V

Given that Q = 113.5 coulombs and V = 21.7 volts, we can substitute these values into the formula:

E = 113.5 * 21.7

Calculating this gives:

E ≈ 2463.95 Joules

So, approximately 2464 Joules would be required to create a voltage of 21.7 volts if 113.5 coulombs of charge were transferred.

Question

The energy (E) in joules required to create a certain voltage (V) when a certain amount of charge (Q) is transferred is given by the formula:

E = Q * V

Given that Q = 113.5 coulombs and V = 21.7 volts, we can substitute these values into the formula:

E = 113.5 * 21.7

Calculating this gives:

E ≈ 2463.95 Joules

So, approximately 2464 Joules would be required to create a voltage of 21.7 volts if 113.5 coulombs of charge were transferred.

Knowee AI · Accepted Answer

The energy (E) in joules required to create a certain voltage (V) when a certain amount of charge (Q) is transferred is given by the formula:

E = Q * V

Given that Q = 113.5 coulombs and V = 21.7 volts, we can substitute these values into the formula:

E = 113.5 * 21.7

Calculating this gives:

E ≈ 2463.95 Joules

So, approximately 2464 Joules would be required to create a voltage of 21.7 volts if 113.5 coulombs of charge were transferred.

How many joules would be required to create a voltage of 21.7 volts if 113.5 coulombs of charge were transferred?