100 current gives a full scale deflection in a galvanometer of `2Omega` resistance. The resistance connected with the galvanometer to convert it into a voltmeter to measure V 5 is

100mA current gives a full scale deflection in a galvanometer of 2Omega resistance. The resistance connected with the galvanometer to convert it into a voltmeter to measure 5V is

5xx10^(-3)A current gives a full scale deflection in a galvanometer of 1Omega resistance. To measure 5V with this galvanometer, a resistance of……….is connected in ……….. of the galvanometer.

In full scale deflection current in galvanometer of 100 ohm resistance is 1 mA. Resistance required in series to convert it into voltmeter of range 10 V.

In full scale deflection current in galvanometer of 100 ohm resistance is 1 mA. Resistance required in series to convert it into voltmeter of range 10 V.

The resistance of a galvanometer is 10 Omega . It gives full-scale deflections when 1 mA current is passed. The resistance connected in series for converting it into a voltmeter of 2.5 V will be

The resistance of a galvanometer is 10 Omega . It gives full-scale deflections when 1 mA current is passed. The resistance connected in series for converting it into a voltmeter of 2.5 V will be

The resistance of a galvanometer is 10 Omega . It gives full-scale deflections when 1 mA current is passed. The resistance connected in series for converting it into a voltmeter of 2.5 V will be

The full scale deflection current of a galvanometer of resistance 1Omega is 5 mA . How will you convert it into a voltmeter of range of 5V ?