$V_{1}, V_{2} a n d V_{3}$ are the potential differences across the $1 Ω, 2 Ω a n d 3 Ω$ resistors and the flow of current is 5 A in a circuit .
Which of the following shows the correct values of $V_{1}, V_{2} a n d V_{3}$ measured in volts?

$V_{1} - 1.0, V_{2} - 2.0, V_{3} - 3.0$

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$V_{1} - 5.0, V_{2} - 10.0, V_{3} - 15.0$

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$V_{1} - 5.0, V_{2} - 2.5, V_{3} - 1.6$

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$V_{1} - 4.0, V_{2} - 3.0, V_{3} - 2.0$

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Solution

The correct option is B
$V_{1} - 5.0, V_{2} - 10.0, V_{3} - 15.0$

$V = I R$
so, $V_{1} = 5 V, V_{2} = 10 V, V_{3} = 15 V$

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Similar questions

In the circuit shown in the figure, reading of voltmeter is $V_{1}$ when only $S_{1}$ is closed, $V_{2}$ when only $S_{2}$ is closed and $V_{3}$ when both $S_{1}$ and $S_{2}$ are closed. Choose the correct relation between $V_{1}$ , $V_{2}$ and $V_{3}$ .