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

The deflection in a galvanometer decreases to 1/5th of the original deflectioon, if it is shunted by a resistance of 5 Omega. The resistance of the galvanometer is

In an ammeter, 4% of the main current is passing through the galvanometer. If shunt resistance is 5 Omega , then resistance of galvanometer will be

In an ammeter, 4% of the main current is passing through the galvanometer. If shunt resistance is 5 Omega , then resistance of galvanometer will be

A galvanometer has a sensitivity of 60 division/ampere. When a shunt is used its sentivity becomes 10 divisions/ampere. What is the value of shunt used if the resistance of the galvanometer is 20Omega ?

The Senstivity of a galvanometer is 60"div"//Ampere . When a shunt is used, its sensitivity becomes 10"div"//Ampere . If the resistance of the galvanometer is 20 Omega ,then the value of the shunt used is