The work done in moving a unit charge across two points in an electric circuit is a measure of:

(a) current
(b) potential difference
(c) resistance
(d) power

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Solution

(b) potential difference
The work done in moving a unit charge across two points in an electric circuit is a measure of potential difference.

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The work done in moving a unit charge across two points in an electric circuit is a measure of: (a) current (b) potential difference (c) resistance (d) power

(b) potential difference The work done in moving a unit charge across two points in an electric circuit is a measure of potential difference.

The work done in moving a unit charge across two points in an electric circuit is a measure of:

(a) current
(b) potential difference
(c) resistance
(d) power

(b) potential difference
The work done in moving a unit charge across two points in an electric circuit is a measure of potential difference.