The figure shows a meter-bridge circuit, `X = 12 Omega` and `R = 18 Omega`. The jockey `J` is at the null point. If `R` is made `8 Omega` through what distance will the the jockey `J` have to be moved to obtained null point again?

The figure shows a meter bridge circuit with AB=100 cm, X= 12 Omega andR=18 Omega and the jockey J in the position of balance. If R is now made 8Omega through what distance will J have to be moved to obtain balance?

The figure, shows a metre bridge circuit, with AB = 100 cm, x = 12 Ω and R = 18 Omega and the jockey J in the position of the balance. If R is now made 8 Omega , through what distance will J have to be moved to obtain balance ?

The figure shows a metre-bridge circuit, with AB = 100 cm, x=24 Omega and R=36 Omega , and the jockey J in the position of balance If R is now made 16Omega , through what distance will J have to be moved to obtain balance?

The figure shows a metre-bridge circuit, with AB = 100 cm, x=24 Omega and R=36 Omega , and the jockey J in the position of balance If R is now made 16Omega , through what distance will J have to be moved to obtain balance?

Two coils are connected in series in one gap of the Wheatstone's meter bridge and null point is obtained at the centre of the wire with a resistance of 100 Omega in the other gap. When the two coils are connected in parallel in the same gap, the unknown resistance is to be changed by 84 Omega to obtain the null point at the centre again. The resistance of the two coils will be

The figure shown gives values of R_(1 ) and R_(2), the balance point for jockey is at 30 cm from A. When R_(2) is shunted by a resistance of 10 Omega, jockey has to slide 20 cm to obtain balance point. The values of R_(1) and R_(2) are

In a meter bridge the null point is obtained at the middle point of the wire. If in one gap the resistance is 10 Omega , then the value of resistance in the other gap is :–

The resistances in the left and right gaps of a metre bridge are 10 Omega and 30 Omega respectively. If the bridge is balanced, then the distance of the null point from the centre of the wire is

The figure shows experimental set up of a meter bridge. When the two unknown resistances X and Y are inserted, the null point D is obtained 40 cm from the end A. When a resistance of 10 Omega is connected in series with X, the null point shifts by 10 cm. Find the position of the null point when the 10 Omega resistance is instead connected in series with resistance 'Y'. Determine the value of the resistance X and Y

The figure shows experimental set up of a meter bridge. When the two unknown resistances X and Y are inserted, the null point D is obtained 40 cm from the end A. When a resistance of 10 Omega is connected in series with X, the null point shifts by 10 cm. Find the position of the null point when the 10 Omega resistance is instead connected in series with resistance 'Y'. Determine the value of the resistance X and Y