When a moving coil galvanometer is shunted with a resistance of `10 Omega`,the deflection in the galvanometer reduces from 30 divisions to 6 divisions. The resistance of the galvanometer is

The deflection in a galvanometer fulls from 50 divisions to 20 divisions, when a 12Omega shunt is applied. The galvanometer resistance is

The deflection in a galnometer falls from 50 divisions to 20 divisions, when a 12Omega shunt is applied. The galvanometer resistance is

The deflection in a galnometer falls from 50 divisions to 20 divisions, when a 12Omega shunt is applied. The galvanometer resistance is

The deflection in a galnometer falls from 50 divisions to 20 divisions, when a 12Omega shunt is applied. The galvanometer resistance is

When a 12 Omega resistor is connected with a moving coil galvanometer, then its deflection reduces form 50 divisions to 10 divisions. The ressitance of the galvanometer is

When a 12 Omega resistor is connected with a moving coil galvanometer, then its deflection reduces form 50 divions to 10 divisions. The ressitance of the galvanometer is

The deflection in a galvanometer falls from 50 division to 10 division when a shunt of 15Omega is used. Calculate the galvanometer resistance.

The deflection in a galvanometer falls from 50 to 20 divisions when 12 Omega shunt is applied. The galvanometer resistance is ,

Deflection of galvanometer in the circuit is 71 divisions. A shunt of 15Omega is connected parallel to galvanometer and value of R is adjusted such that main current ramains the same. If the deflection in the galvanometer falls to 15 divisions then the resistance G of galvanometer in (in ohm)