In the circuit shown in the figure, the ammet | vedclass

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(A) Given that the ammeter and voltmeter are ideal, the resistance of the ammeter $R_A = 0 \, \Omega$ and the resistance of the voltmeter $R_V = \inft

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$0$

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(A) Given that the ammeter and voltmeter are ideal, the resistance of the ammeter $R_A = 0 \, \Omega$ and the resistance of the voltmeter $R_V = \infty \, \Omega$.In the circuit, the ammeter is connected in parallel with the voltmeter. Since the ammeter has zero resistance, it acts as a short circuit across the voltmeter.Therefore, the entire current from the source will pass through the ammeter, and the potential difference across the parallel combination of the ammeter and voltmeter will be zero.Thus, the reading of the ideal voltmeter is $0 \, V$.

In the circuit shown in the figure, the ammeter and voltmeter are ideal. What would be the reading of the voltmeter in $volt$?

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