In the figure ammeter `(i)` reads a current of `10mA`, while the voltmeter reads a potential difference of `3V`. What does ammeter `(ii)` (in `mA`) read? The ammeters are identical, the internal resistance of the battery is negligible. (Consider all ammeters and voltmeters as non ideal)

In Fig. 6.76, the ammeter (I) reads a current of 10 mA , while the voltmeter reads a potential difference of 3 V . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmers as nonideal). The resistance of ammeter is m xx 10^(2) Omega . What is the value of m ?

In Fig. 6.76, the ammeter (I) reads a current of 10 mA , while the voltmeter reads a potential difference of 3 V . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmers as nonideal). The resistance of ammeter is m xx 10^(2) Omega . What is the value of m ?

The reading of the ideal ammeter will be (Resistance of ideal ammeters is zero)

The reading of the ideal ammeter will be (Resistance of ideal ammeters is zero)

In given figure the ammeter A reads 5 A and voltmeter V reads 40 V. The actual value of 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)

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)

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)

In the diagram shown, the reading of voltmeter is 20 V and that of ammeter is 4 A . The value of R should be (Consider given ammeter and voltmeter are not ideal)