In the, Ohm's law experiment ot find resistance of unknown resistor R, the arrangement is as shown. The resistance measured is given by `R_("measured")=(V)/(i)V=` voltage reading of voltmeter. i=current reading of ammeter. The ammeters and the voltmeter used are not ideal, and have resistance `R_(A)` and `R_(V)` respectively. For arrangement shown, the meausred resistance is

In the, Ohm's law experiment to find resistance of unknown resistor R , following two arrangement ( a ) and ( b ) are possible. The resistance measured is given by R_(measured)=(V)/(i) V = voltage reading of voltmeter, i= current Reading of ammeter. But unfortunately the ammeters and voltmeter used are not ideal, but having resistance R_(A) and R_(V) respectively. For arrangement ( a ), the measured resistance is

In the, Ohm's law experiment to find resistance of unknown resistor R , following two arrangement ( a ) and ( b ) are possible. The resistance measured is given by R_(measured)=(V)/(i) V = voltage reading of voltmeter, i= current Reading of ammeter. But unfortunately the ammeters and voltmeter used are not ideal, but having resistance R_(A) and R_(V) respectively. For arrangement ( s ), the measured resistance is

In the, Ohm's law experiment to find resistance of unknown resistor R , following two arrangement ( a ) and ( b ) are possible. The resistance measured is given by R_(measured)=(V)/(i) V = voltage reading of voltmeter, i= current Reading of ammeter. But unfortunately the ammeters and voltmeter used are not ideal, but having resistance R_(A) and R_(V) respectively. For arrangement ( b ), the measured resistance is

In the, Ohm's law experiment to find resistance of unknown resistor R , following two arrangement ( a ) and ( b ) are possible. The resistance measured is given by R_(measured)=(V)/(i) V = voltage reading of voltmeter, i= current Reading of ammeter. But unfortunately the ammeters and voltmeter used are not ideal, but having resistance R_(A) and R_(V) respectively. For arrangement ( b ), the measured resistance is

In given figure an ammeter reads 5 A and voltmeter reads 40 V. The actual value of resistance R is

In the circuit shown below, the ammeter A reads 5 A and the voltmeter V reads 20 V The correct value of resistance R is

In the circuit shown below, the ammeter and the voltmeter readings are 3A and 6V respectively. Then, the value of the resistance R is:

The ammeter A reads 2A and the voltmeter V reads 20V, the value of resistance R is (Assuming finite resistance's of ammeter and voltmeter)