When a galvanometer is shunted by resistance S, then its current capacity increases n times. If the same galvanometer is shunted by another resistance S', then its current capcity will increase by n' is given by

If galvanometer is shunted by (1/n)^ th resistance, then the the fraction of current passing through the galvanometer will be

If a galvanometer is shunted by one third of its resistance, find the fraction of total current passing through the galvanometer.

If galvanometer is shunted by 1//n^(th) of its value, then what fraction of the current passes through the galvanometer ?

If galvanometer is shunted by 1//n^(th) of its value, then what fraction of the current passes through the galvanometer ?

When a galvanometer is shunted with a 4 Omega resistance, the deflection is reduced to one-fifth. If the galvanometer is further shunted with a 2 Omega wire, determine current in galvanometer now if initially current in galvanometer is I_(0) (given main current remains same).

When a galvanometer is shunted with a 4 Omega resistance, the deflection is reduced to one-fifth. If the galvanometer is further shunted with a 2 Omega wire, determine current in galvanometer now if initially current in galvanometer is I_(0) (given main current remains same).

In a galvanometer, 5% of the total current in the circuit passes through it. if the resistance of galvanometer is G, the shunt resistance S connected to galvanometer is

In a galvanometer 5% of the total current in the circuit passes through it. If the resistance of the galvanometer is G, the shunt resistance 'S' connected to the galvanometer is