The combined resistance of a galvanometer of resistance `495 Omega` and its shunt is `9.9 Omega`. Find the shunt resistance.

The combined resistance of a galvanometer of resistance 500Omega and its shunt is 21Omega . Calculate the value of shunt.

The combined resistance of galvanometer of resistance 1000 ohm and its shunt is 25 ohm. Calculate the value of shunt.

The deflection in moving coil galvanometer is reduced to half when it is shunted with 50Omega resistance. The resistance of galvanometer is

The resistance of a galvanometer is 4052 Omega . What shunt must be connected so that 1% of the total current will flow through the galvanometer?

We have a galvanometer of resistance 25 Omega . It is shunted by a 2.5 Omega wire. The part of total current that flows through the galvanometer is given as

A resistance of 2Omega is connected in parallel to a galvanometer of resistance 48Omega . Find the percentage of fraction of total current passing through the resistance of 2Omega .

Find the effective resistance of the combination of two resistors of resistances 10 Omega and 15 Omega connected in series (ii) parallel.

If two resistors connected in parallel, the effective resistance of the combination is 21 Omega . If the same two resistors are connected in series, the effective resistance of the combination is 100 Omega . Find the resistances of the individual resistors.

When a resistance of 100Omega is connected in series with a galvanometeer of resistance R, its range is V. To double its range, a resistance of 1000Omega is connected in series. Find R.

Two resistors have resistances R_1 = (37 +- 3) Omega and R_2 = (54 +- 5) Omega . Find the equivalent resistance of their series combination.