" If the balance point is obtained at the "35^(" th ")" cm in a metre bridge,the resistances in the left and right gaps are in the ratio of "

If the balance point is obtained at the 35th cm in a metre bridge the resistances in the left and right gaps are in the ratio of

If the balancing point is obtained at 35^(th) cm on a metre bridge , then the ratio of resistances in the gaps is

The balance point is obtained at 40 cm from left end in meter bridge. Then the ratio of resistance in the gap is

If the balancing point in a meter bridge from the left is 60 cm, compare the resistance in the left and right gaps of meter bridge.

An unknown resistance is connected in a left gap of a metre bridge . The balance point is obtained when a resistance of 10 Omega is taken out from the resistance box in the right gap. On increasing the resistance from the resistance box by 12.5 Omega the balance point shifts by 20 cm. find the unknown resistance.

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

In a metre bridge , null point is obtained at 42.1"cm" on the wire when a 3Omrga resistance is kept in the left gap and a 4Omega resistance in the right gap of the bridge . The null point is shifted towards right by 15.0 cm when the two resistance are interchanged . Determine the end error of the bridge .

In a metre bridge experiment , a null point is obtained at a length of 39.8 cm when a 2Omega resistance is placed in the left gap and a 3Omega resistance in the right gap . If the two resistance are interchanged , the null point is obtained at 60.8 cm . Calculated the end errors of the bridge .

When an unknown resistance and a resistance of 4 ohm are connected in the left and right gaps of Meterbridge, the balance point is obtained at 50 cm. The shift in the balance point if 4 ohm resistance is connectedin parallel in the right gap is

In a meter bridge experiment when a resistance wire is connected in the left gap, the balance point is found at the 30^(th) cm. When the wire is replaced by another wire,t he balance point is found at the 60^(th) cm. Find the balance point when the two wires connected in parallel in the left gap successively