The resistance in the left and right gaps of a balanced meter bridge are `R_(1)` and `R_(1)`. The balanced point is `50 cm`. If a resistance of `24 Omega` is connected in parallel to `R_(2)`, the balance point is `70 cm`. The value of `R_(1)` or `R_(2)` is.

Two unknown resistrance X and Y are connected to left and right gaps of a meter bridge and the balancing point is obtained at 80 cm from left. When a 10Ω resistance is connected in parallel to x, the balance point is 50 cm from left. The values of X and Y respectively are

With a resistance P Omega in the left gap and another resistance Q Omega in the right gap of a meter bridge, the balance point is obtained at 40 cm. When a resistance of 6 Omega is connected across Q, the balance point shifts to 50 cm. The value of resistance P is

Two unknown resistances x and y are connected in the left and right gaps of a metre bridge and the balancing point is obtained at 60 cm from the left. When a 20Omega resistance is connected in parallel to x, the balance point is 50 cm. Calculate x and y (in ohm)

Two unkonwn resistances X and Y are connected to left and right gaps of a meter bridge and the balancing point is obtained at 80cm from left. When a 10 Omega resistance is connected parallel to X, the balancing point is 50cm from left. The values of X and Y respectively are

When two resistances (50)/(3)Omega and unknown resistance are connected in the left and right gaps of a meter bridge, the balance length is 70cms. When resistance 'x' is connected in parallel to (50)/(3)Omega the balance length becomes 35cms. The value of 'x' is

Two unknown resistance X and Y are connected to left and right gaps of a meter bridge and the balancing point is obtained at 80 cm from left. When a 10Omega resisance is connected in parallel to x , balance point is 50 cm from left. The values of X and Y respectively are

When an unknown resistance and a resistance 6Omega are connected in the left and right gaps of a meter bridge the balance point is obtained at 50 cm. if 3Omega resistance is connected in parallel to resistance in right gap, the balance point is