A current $(I)$ of $0.5 A$ is drawn by a filament of an electric bulb for time $t = 10 m i n u t e s$ . The amount of electric charge $(Q)$ that flows through the circuit is:

3000 C

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30 C

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3 C

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300 C

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Solution

The correct option is D $300 C$
Given:
Current, $I = 0.5 A$
Time, $t = 10 m i n = 600 s$

Using definition of electric current:
$Q = I \times t$
$Q = 0.5 \times 500 C$
$Q = 300 C$

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A current (I) of 0.5 A is drawn by a filament of an electric bulb for time t=10 minutes. The amount of electric charge (Q) that flows through the circuit is:

The correct option is D 300 CGiven: Current, I=0.5 A Time, t=10 min=600 s Using definition of electric current: Q=I×t Q=0.5×500 C Q=300 C

A current $(I)$ of $0.5 A$ is drawn by a filament of an electric bulb for time $t = 10 m i n u t e s$ . The amount of electric charge $(Q)$ that flows through the circuit is:

The correct option is D $300 C$
Given:
Current, $I = 0.5 A$
Time, $t = 10 m i n = 600 s$

Using definition of electric current:
$Q = I \times t$
$Q = 0.5 \times 500 C$
$Q = 300 C$