If all meters are ideal and the reading of the voltmeter 3 is 6 V, then power supplied by the voltage source is

The power dissipated in resistor R_(3) shown in the figure is 15 W. The reading the ammeter is 500 mA and the reading of the voltmeter is 10 V. Ammeter, voltmeter and battery are ideal. Find the resistance R_(3)

The power dissipated in resistor R_(3) shown in the figure is 15 W. The reading the ammeter is 500 mA and the reading of the voltmeter is 10 V. Ammeter, voltmeter and battery are ideal. Find the resistance R_(3)

The power dissipated in resistor R_(3) shown in the figure is 15 W. The reading the ammeter is 500 mA and the reading of the voltmeter is 10 V. Ammeter, voltmeter and battery are ideal. Find the resistance R_(1)

The power dissipated in resistor R_(3) shown in the figure is 15 W. The reading the ammeter is 500 mA and the reading of the voltmeter is 10 V. Ammeter, voltmeter and battery are ideal. Find the resistance R_(1)

The reading of the ideal voltmeter in the adjoining diagram will be

The reading of the ideal voltmeter in the adjoining diagram will be

Reading of an ideal voltmeter in the circuit below is

In the circuit shown in Fig. 6.50 , an idel ammeter and an ideal voltmeter are used. Whan the key is open, the voltmeter reads 1.53 V . When the key is closed, the ammeter reads 1.0 A and the voltmeter reads 1.03 V . The resistance R is

In the circuit shown in Fig. 6.50 , an idel ammeter and an ideal voltmeter are used. Whan the key is open, the voltmeter reads 1.53 V . When the key is closed, the ammeter reads 1.0 A and the voltmeter reads 1.03 V . The resistance R is