The sensitivity of a galvanometer of resistance `990Omega` is increased by `10` times. The shunt used is

The current measuring capacity of a galvanometer of resistance 50 Omega is to be increased from x mA to 101 xxmA .The shunt resistance is

The sensitivity of a galvanometer that measures current is decreased by 1//40 times by using shunt ressitance of 10Omega . Then, value of resistance of the galvanometer is

The sensitivity of a galvanometer that measure current is decreased by (1)/(40) times bu using shunt resistance of 10Omega . Then , the value of the resistance of the galvanometer is

The senstivity of a galvanometer that measures current is decreased by 1/40 times by using shunt resistance of 10Omega . Then, the value of the resistance of the galvanometer is

The combined resistance of a galvanometer of resistance 495 Omega and its shunt is 9.9 Omega . Find the shunt resistance.

The sensitivity of a galvanometer is 60 divisions per ampere. When a shunt is used its sensitivity becomes 10 divisions per ampere. If the galvanometer is of 20 Omega resistance, the value of the shunt is :

The combined resistance of a galvanometer of resistance of 495 ohm and its shunt is 9.9 Omega . The shunt resistance is

The sensitivity of a galvanometer is 60 divisions/Amp. When a shunt is used, its sensitivity becomes 10 divisions/amp. If galvanometer is of resistance 20Omega , · the value of shunt used is :