A `p.d` of `220 V` is maintained across a `12000 Omega` rheostat as shown. The voltmeter `V` has a resistance of `6000 Omega` and point `C` is at one-fourth of the distance form `a` to `b`. The reading of voltmeter is.
.

A potential difference of 220 V is maintained across a 12000 ohm rheostat AB. The voltmeter V has a resistance of 6000 ohm and point C is at one fourth of the distance from A to B. What is the reading in the voltmeter ?

A potential difference of 22V is maintained across a 1200 Omega rheostat PR. The voltmeter has a resistance of 600 Omega and PQ is one fourth of distance from P to R. What is the reading ( in V ) of the voltmeter ?

A potential difference of 220 V is applied across a rheostat of 12000Omega . The voltmeter V has a resistance of 6000Omega and distance BC is one - fourth of the distance from A to B. The error in the reading of voltmeter is approximately -

A potential difference of 220 V is applied across a rheostat of 12000Omega . The voltmeter V has a resistance of 6000Omega and distance BC is one - fourth of the distance from A to B. The error in the reading of voltmeter is approximately -

A voltmeter has a resistance of 50 Omega is connected across a cell of e.m.f. 2V and internal resistance 10 Omega . The reading of voltmeter is

The voltmeter in figure has a resistance of 200 Omega . The reading of voltmeter is

A voltmeter having a resistance of 50 Omega is connected across a cell of e.m.f. 2V and internal resistance 10 Omega . The reading of the voltmeter,

A voltmeter of resistance 1000 Omega is connected across a resistance of 500 Omega in the given circuit. What will be the reading of voltmeter