Question

give two differences between emf and terminal potential difference​

Answer 1

Explanation:

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ANSWER

ANSWER EMF(Electromotive Force) Potential Difference (PD)

ANSWER EMF(Electromotive Force) Potential Difference (PD)EMF, electromotive force, refers to the voltage developed by an electrical source

ANSWER EMF(Electromotive Force) Potential Difference (PD)EMF, electromotive force, refers to the voltage developed by an electrical source Potential difference refers to the observed difference in voltage between any two points in an open circuit.

ANSWER EMF(Electromotive Force) Potential Difference (PD)EMF, electromotive force, refers to the voltage developed by an electrical source Potential difference refers to the observed difference in voltage between any two points in an open circuit. Emf does not depend on the resistance of the circuit. Pd of two points depends on the resistance of those points.

ANSWER EMF(Electromotive Force) Potential Difference (PD)EMF, electromotive force, refers to the voltage developed by an electrical source Potential difference refers to the observed difference in voltage between any two points in an open circuit. Emf does not depend on the resistance of the circuit. Pd of two points depends on the resistance of those points. Emf is cause. PD is result.

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Answer 2

The emf (electromotive force) is the potential difference between the terminals of a battery when no current is flowing through an external circuit when the circuit is open. Potential difference is the voltage across the terminals of the battery when the current is being drawn from it to an external.

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