The resistance of each arm of the wheat stone bridge is `10Omega`. A resistance of `10Omega` is connected in series with galvanometer then the equivalent resistance across the battery will be:-

The resistance of each arm of Wheatstone Bridge is 10 Omega . A resistance of 10 Omega is connected in series with the galvanometer then equivalent resistance across battery will be

The resistance of each of the four arms of a wheatstone bridge is 10Omega and the resistance of the galvanomter is 500Omega . What is the equivalent resistance of the combination gt

The resistance of the four arms of a Wheatstone bridge are 1Omega , 3Omega , 2Omega and 6 Omega respectively and the resistance of the galvanometer is 100Omega . The equivalent resistance of the combination is

With two resistances 2 Omega and 3 Omega In parallel a third resistance of 4 Omega is connected in series.Find their equivalent resistance.

In a wheatstone bridge resistance of each of the four sides is 10Omega . If the resistance of the galvanometer is also 10Omega , then effective resistance of the bridge will be

In a wheatstone bridge resistance of each of the four sides is 10Omega . If the resistance of the galvanometer is also 10Omega , then effective resistance of the bridge will be

The resistances of the four sides of square ABCD are 10Omega, 5Omega, 7Omega and 3Omega in that order. A resistance of 10Omega is connected in between A and C . Calcualte the equivalent resistance between A and B.

Three resistors 10 Omega , 20 Omega and 30 Omega are connected in series combination. Find equivalent resistance of series combination.