In the simple potentionmeter circuit, where the length `AB` of the potentiometer wire is `1 m`, the resistors `X` and `Y` have values of `5 Omega` and `2 Omega`, respectively. When `X` is shunted by a wire, the balance point is found to be `0.625 m` from `A`. What is the resistance of the shunt?

In the simple Wheatstone bridge circuit, where the length AB of bridge circuit wire is 1m the resistance X and Y have value 5 Omega and 2 Omega respectively, When X is shuted by a length of a wire the balance point to found to be 0.625 m from A. What is the resistance of the shunt ? If the shunt is 0.75 m long end 0.25 mm in diameter, what is the respectivity of the material of the wire ?

In the meter bridge experiment, the length Ab of the wire is 1m. The resistors X and Y have values 5Omega and 2Omega respectively. When a shunt resistance S is connected to X, the balacing point is found to be 0.625 m from A. Then the resistance of the shunt is

In a potentiometer experiment, e.m.f. of a cell is balanced by a length of 150 cm on the potentiometer wire. When the cell is shunted by a 10 Omega resistance, the balancing length reduces to 90 cm. What is the internal resistance of the cell?

The length of the potentiometer wire is 600 cm and a current of 40 mA is flowing in it. When a cell of emf 2 V and internal resistance 10Omega is balanced on this potentiometer the balance length is found to be 500 cm. The resistance of potentiometer wire will be

The length of the potentiometer wire is 600 cm and a current of 40 mA is flowing in it. When a cell of emf 2 V and internal resistance 10Omega is balanced on this potentiometer the balance length is found to be 500 cm. The resistance of potentiometer wire will be

In the given potentiometer circuit length of the wire AB is 3 m and resistance is R = 4.5 Omega . The length AC for no deflection in galvanometer is

In the given potentiometer circuit length of the wire AB is 3 m and resistance is R = 4.5 Omega . The length AC for no deflection in galvanometer is