[" A galvanometer coil has a resistance "90Omega" and full scale deflection current "10mA" .A "910Omega" resistar "],[" connected in series with the galvanometer to make a voltmeter.If the least count of the voltmeter is "0.1]

A galvanometer coil has a resistance 90 Omega and full scale deflection current 10 mA . A 910 Omega resistance is connected in series with the galvanometer to make a voltmeter. If the least count of the voltmeter is 0.1 V the number of divisions on its scale is

A galvanometer coil has a resistance 90 Omega and full scale deflection current 10 mA . A 910 Omega resistance is connected in series with the galvanometer to make a voltmeter. If the least count of the voltmeter is 0.1 V the number of divisions on its scale is

A galvanometer of resistance 1000Omega gives full-scale deflection for a current of 1mA. To measure a P.D of 10V, the resistance to be connected with the galvanometer is

A galvanometer of resistance 1000Omega gives full-scale deflection for a current of 1mA. To measure a P.D of 10V, the resistance to be connected with the galvanometer is

A galvanometer of resistance 40 Omega gives the full scale deflection for a current of 10 m A through it. A resistance of 9960Omega is connected in series with the galvanometer coil. The mximum voltage that can be measured by the voltmeter is

A galvanometer of resistance 150Omega shows full scale deflection for a current of 20 mA. What is the resistance that should be connected in series with it to get a voltmeter of range 0-30 V?

A galvanometer with a coil of resistance 50 Omega shows full-scale deflection when 10 mA current passes through it.