In a galvanometer there is a deflection ...

In a galvanometer there is a deflection of 10 divisions per `mA`. The internal resistance of the galvanometer is `60Omega`. If a shunt of `2*5Omega` is connected to the galvanometer and there are 50 divisions in all on the scale of galvanometer what maximum current can this galvanometer read?

Similar Questions

Explore conceptually related problems

In a galvanometer there is a deflection of 10 divisions per 50 mA . The internal resistance of the galvanometer is 60Omega . If a shunt of 2*5Omega is connected to the galvanometer and there are 50 divisions in all on the scale of galvanometer what maximum current can this galvanometer read?

In a galvanometer there is a deflection of 10 divisions per mA.The internal resistance of the galvanometer is 60 Omega . If a shunt of 2.5 Omega is connected to the galvanometer, calculate the maximum current in which the galvanometer can be dead.

If the galvanometer current is 10 mA, resistance of the galvanometer is 40 Omega and shunt of 2 Omega is connected to the galvanometer, the maximum current which can be measured by this ammeter is

To measure the resistance of a galvanometer by half deflection method, a shunt is connected to the galvanometer . The shunt is

In a galvanometer there is a deflection of 10 divisions per `mA`. The internal resistance of the galvanometer is `60Omega`. If a shunt of `2*5Omega` is connected to the galvanometer and there are 50 divisions in all on the scale of galvanometer what maximum current can this galvanometer read?

Similar Questions

Recommended Questions