The potentiometer wire AB is 600cm long. At what distance (in cm) from A should the jockey J touch the wire to get zero deflection in the galvanometer?

The potentiometer wire AB is 600 cm long . At what distance (in cm) from A should the jockey J touch the wire to get zero deflection in the galvanometer?

Consider the potentiometer circuit arranged as in figure. The potentiometer wire is 600cm long. At what distance from the point A should the jockey touch the wire to get zero deflection in the galvanometer? b) If the jockey touches the wire at a distance of 560cm from A, What will be the current in the galvanometer?

Consider the potentiometer circuit arranged as in figure. The potentiometer wire is 600cm long. At what distance from the point A should the jockey touch the wire to get zero deflection in the galvanometer? b) If the jockey touches the wire at a distance of 560cm from A, What will be the current in the galvanometer?

The potentiometer wire AB is 600 cm long. a. At what distance from A should be jockey J touch the wire to get zero deflection i the galvanometer. b. If the jockey touches the wire at a distance 560 cm from A, what will be the current through the galvanometer.

The potentiometer wire AB is 600 cm long. a. At what distance from A should be jockey J touch the wire to get zero deflection i the galvanometer. b. If the jockey touches the wire at a distance 560 cm from A, what will be the current through the galvanometer.

The potentiometer wire AB shown in figure is 40 cm long. Where should the free end of the galvanometer be connected on AB so that the galvanometer may show zero deflection?

The potentiometer wire AB shown in figure is 40 cm long. Where should the free end of the galvanometer be connected on AB so that the galvanometer may show zero deflection?

The potentiometer wire AB shown in figure is 40 cm long. Where should the free end of the galvanometer be connected on AB so that the galvanometer may show zero deflection?