[" The galvanometer of resistance "80Omega" deflects full "],[" scale for a potential of "20mV" .A voltmeter "],[" deflecting full scale of "5V" is to made using this "],[" galvanometer.We must connect: "]

The 80 Omega galvanometer deflects full scale for a potential of 20 mV. A voltmeter deflecting full scale of 5 V is to made using this galvanometer. We must connect

An 80 Omega galvanometer deflects full-scale for a potential of 20 mV . A voltmeter deflcting full-scale of 5 V is to be made using this galvanometer. We must connect

An 80 Omega galvanometer deflects full-scale for a potential of 20 mV . A voltmeter deflcting full-scale of 5 V is to be made using this galvanometer. We must connect

" A galvanometer of resistance "20" ohm suffers full scale deflection for a current "20mA" .It can be converted a Voltmeter of range "200V" by "

A galvanometer of resistance 20 ohm suffers full scale deflection for a current 20mA .It can be converted a Voltmeter of range 200V by

A galvanometer of resistance 80 ohm gives full scale deflection for a current of 4 mA. How will you convert it into a voltmeter of range 0.5 V?

A galvanometer of resistance 10 Omega gives full scale deflection for current of 10 mA. How can this galvanometer be used as a voltmeter having volage range 0-5V ?

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 5 ohms gives a full scale deflection for a potential difference of 10 mV. To convert the galvanometer into a voltmeter giving a full scale deflection for a potential difference of 1 V, the size of the resistance that must be attached to the voltmeter is