________ is the amount of force exerted to move electrons.

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Multiple Choice

________ is the amount of force exerted to move electrons.

Explanation:
Voltage is the electric potential difference that pushes electrons to move in a circuit. It acts like the pressure in a pipe, providing the driving force that makes charges flow when a path is complete. Current is the actual flow of electrons, not the push itself. Resistance is what opposes that flow, and power is the rate at which energy is transferred. So the amount of force exerted to move electrons is described by voltage, the driving potential behind the current.

Voltage is the electric potential difference that pushes electrons to move in a circuit. It acts like the pressure in a pipe, providing the driving force that makes charges flow when a path is complete. Current is the actual flow of electrons, not the push itself. Resistance is what opposes that flow, and power is the rate at which energy is transferred. So the amount of force exerted to move electrons is described by voltage, the driving potential behind the current.

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