In a meter bridge, the gaps are closed by resistances 2 and 3 ohm. The value of shunt to be added to 3 ohm resistor to shift the balancing point by 22.5 cm is

In a meter bridge, the gaps are closed by resistances 2 and 3 ohms. The value of shunt to be added to 3 ohm resistor to shift the balancing point by 22.5 cm is

In a metre bridge , the gaps are enclosed by resistances of 2omega and 3Omega . The value of shunt to be added to 3Omega resister to shift the balancing point by 22.5cm is

In a metre bridge, the gaps are closed by two resistance P and Q and the balance point is obtained at 40 cm . When Q is shunted by a resistance of 10 Omega , the balance point shifts to 50 cm . The values of P and Q are. .

In a metre bridge, the gaps are closed by two resistance P and Q and the balance point is obtained at 40 cm . When Q is shunted by a resistance of 10 Omega , the balance point shifts to 50 cm . The values of P and Q are. .

In a metrebridge, the gaps are closed by two resistances P and Q and the balance point is obtained at 40 cm. When Q is shunted by a resistance of 10Omega , the balance point shifts to 50 cm. The values of P and Q are

An unknown resistance R_1 is connected in series with a resistance of 10 ohm . This combination is connected to one gap of meter bridge while a resistance R_2 is connected in other gap. The balance point is at 50 cm . Now, when the 10 ohm resistance is removed balance point shifts to 40 cm . The value of R_1 is (in ohm)

In a meter bridge when the resistance in the left gap is 2 Omega and an unknown resistance in the right gap the balance point is obtained at 40 cm from the zero end. On shunting the unknown resistance with 2 Omega , find the shift of the balance point on the bridge wire