In a meter bridge, the length of the wire is 100 cm. At what position will the balance point be obtained if the two resistances are in the ratio 1:3?

In a metre bridge, the length of the wire is 100 cm. At what position will the balance point be obtained if the two resistances are in the ratio 2 : 3?

In a metre bridge, the length of the wire is 100 cm. At what position will the balance point be obtained if the two resistances are in the ratio 2 : 3?

In a meterbridge length of the wire is 100cm. At what point balance point be obtained if the resistance are in the ratio 4:5.

A resistance of 2Omega is connected across one gap of a meter bridge (the length of the wire is 100 cm ) and an unknown resistance, greater than 2Omega is conneted across the other gap. When these resistances are interchanged, the balance point shifts by 20 cm . Neglecting any corrections,the unknown resistance is

A resistance of 2Omega is connected across one gap of a meter bridge (the length of the wire is 100 cm ) and an unknown resistance, greater than 2Omega is conneted across the other gap. When these resistances are interchanged, the balance point shifts by 20 cm . Neglecting any corrections,the unknown resistance is

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 , the ratio of the left gap resistance to right gap resistance is 2:3 , the balance point form left is

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