35.In a meter-bridge experiment the resistance connected in the left gap is marked with brown yellow brown and silver bands.Even the resistor connected in the right gap carries brown yellow brown and silver bands. Find the minimum balancing distance from the left end (in cm).

In a meter bridge experiment the ratio of left gap resistance to right gap resistance is 2:3 the balance point from 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

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

A 6Omega resistance is connected in the left gap of a meter bridge.In the second gap 3Omega and 6Omega are joined in parallel.The balance point of the bridge is at

In a metre bridge experiment, the balancing length from the left end is found to be 20 cm. If a standard resistance of 20 ohm is kept in the right gap, then the value of the unknown resistance in the left gap is

Two equal resistance are connected in the gaps of a metre bridge. If the resistance in the left gap is increased by 10\%, the balancing point shift

Two equal resistance are connected in the gaps of a metre bridge. If the resistance in the left gap is increased by 10% the balancing point shift

In a meter-bridge experiment, two resistances P and Q are connected in series in the left gap. When the resistance in the right gap is 50Omega , the balance point is at at the centre of the slide wire. If P and Q are connected in parallel in the left gap, the resistance in the right gap has to be changed to 120Omega so as to obtain the balance point at the same position. find P and Q.

In a meter bridge experiment two unknown resistance X and y are connected to left and right gaps of a meter bridge and the balancing point is obtained at 20 cm from right (XgtY) the new position of the null point from left if one decides balance a resistance of 4 X against Y.