A galvanometer having a resistance of `20 Omega` and 30 divisible on both sides has figure of merit 0.005 ampere/division. The resistance that should be connected in series such that it can be used as a voltmeter upto 15 volt, is :
A galvanometer having a resistance of 20Omega and 30 divisions on both sides has figure of merit. 0.005 ampere /division. The resistance that should be connected in series such that it can be used as a voltmeter upto 15 V , is :
A galvanometer having a resistance of 100 Omega has 25 divisions. A current of 0.4 mA deflect the pointer of the galvanometer into a voltmeter of 0 to 25 V, it should be connected with a resistance of
A voltmeter of resistance 2000 Omega reads 1 volt/division. The resistance required to be connected in series with voltmeter to make it to read 10 volt/divistion is
A voltmeter of resistance 1000 Omega reads 2 volt/ division. The resistance requried to be connected in series with voltmeter to make it to read 20 volt/division is
A galvanometer of internal resistance 100 Omega has a full scale deflection current of 1mA . To convert it into a voltmeter of range 0-10V , the resistance to be connected is
[" The coil of a galvanometer has resistance "G Omega" and "],[" range of "V" volt.In order to extend its range to "nV" volt,"],[" the resistance in ohm,that should be connected in "],[" series is "]
A milliammeter of range 10 mA has a coil of resistance 1 Omega . To use it as voltmeter of range 10 volt , the resistance that must be connected in series with it, will be
A galvanometer of resistance 100 Omega, gives a full scale deflection for a current of 10 mA. To convert it into a voltmeter to read 0 to 100 V, the value of the high resistance that should be connected in series with the galvanometer will be
A galvanometer having 30 divisions has a current sensitivity of 20muA//di vision . It has a resistance of 25Omega . How will you convert it into an ammeter upto 1 ampere? How will you convert this ammeter into a voltmeter up to 1 volt?
