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Card 6

Front

The potential energy gained by a unit charge passing through a cell or battery.

Back

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Card 7

Front

Does not easily support an electric current having a high resistance and a very low charge carrier density.

Back

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Card 8

Front

A unit of energy equal to 3.6x10-6 J

Back

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Card 9

Front

The sum of currents entering any point in a circuit is equal to the sum of the currents leaving that point.

Back

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Card 10

Front

In any given loop in a circuit the sum of the EMFs is equal to the sum of potential differences.

Back

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Card 11

Front

The average velocity of a charge carrier.

Back

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Card 12

Front

The number of free charge carriers per unit volume.

Back

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Card 13

Front

The current through a conductor is proportional to the potential difference accross it(at constant tempereature).

Back

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Card 14

Front

The difference in electrical potential energy per unit charge between two points.

Back

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Card 15

Front

The rate of energy transfer.

Back

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