The balance point in a meter bridge is 45cm .If the resistances in the gaps are interchanged the new balance point is

The points in a metre bridge is at 35.6 cm. if the resistances in the gaps are interchanged, the new balance point is

In a metre bridge expt, when the resistances in the gaps are interchanged the balance point is increases by 10 cm. The ratio of the resistances is

In a metre-bridge experiment, when the resistances in the gaps in the gaps are interchanged, the balance-point did not shift at all. The ratio of resistances must be

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

Resistance in the two gaps of a meter bridge are 10 ohm and 30 ohm respectively. If the resistances are interchanged he balance point shifts by

(i) In a meter bridge , the balance point is found to be at 30 cm from the end A when resistance R in left gap of bridge is of 12 Omega . Find resistance S in the right gap of bridge (ii) If the cell and the galvanometer are interchanged in the balance point, would it effect flow of current through the galvanometer (iii) Calculate the balance point of the bridge if R and S are interchanged

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

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.

If in the experiment of Wheatstone's bridge, the positions of cells and galvanometer are interchanged, then balance point will