A galvanometer has a resistance of `40 Omega` and a current of 4 mA is needed for a full scale deflection.What is the resistance and how is it to be connected to convert the galvanometer
into a voltmeter of 0.5 V range ?

A Galvanometer has a resistance of 40 D and a current of 5 mA is needed for a full scale deflection. What is the resistance and how is it to be connected to convert the galvanometer:- into a voltmeter of 0.5 V range?

A Galvanometer has a resistance of 40 D and a current of 4 mA is needed for a full scale deflection. What is the resistance and how is it to be connected to convert the galvanometer:- into an ammeter of 0.4 A range and

A Galvanometer has a resistance of 25 Omega and its full scale deflection current is 25 muA . What resistance should be added to it to have a range of 0 -10 V.

A galvanometer has a resistance of 100 Omega and its full scale deflection current is 100 mu A . What shunt resistance should be added so that the ammeter can have a range of 0 to 10 mA ?.

A galvanometer of resistance 99 Omega requires 5 mA current for full scale deflection. It can be converted into an ammeter of range 0.5 A by connecting a shunt resistance of

A galvanometer has a resistance of 16Omega . It shows full scale deflection when a current of 20mA is passed through it. The only shunt resistance available is 0.06W which is not appropriate to convert galvanometer into ammeters. How much resistance should be connected in series with the coil of galvanometer so that the range of ammeter is 8A?