When a resistance of `100Omega` is connected in series with a galvanometeer of resistance R, its range is V. To double its range, a resistance of `1000Omega` is connected in series. Find R.

When a resistance of 100 Omega is connected in series with a galvanometer of resistance R, then its range is V. To double its range, a resistance of 1000 Omega is connected in series. Find the value of R.

When a resistance of 100 Omega is connected in series with a galvanometer of resistance R, then its range is V. To double its range, a resistance of 1000 Omega is connected in series. Find the value of R.

When a resistance of 100 Omega is connected in series with a galvanometer of resistance R, then its range is V. To double its range, a resistance of 1000 Omega is connected in series. Find the value of R.

With a resistance R connected in series with a galvanometer of resistance 100 Omega , it acts as a voltmeter of range 0-V. To double the range a resistance of 1000 Omega is to be connected in series with R. Then the value of R is ( Omega )

When a high resistance 'R' is connected in series with a volmeter of resistance 'G' , the range of the volmeter increases 5 times. Then G : R will be

A resistance of 90Omega is connected in series with a alvanometer of resistance 100Omega . A potential difference of 1V produces a deflection of 100 divisions inthe alvanometer.Find the figure of merit galvanometer.

A resistance of 900Omega is connected in series with a galvanometer of resistance 100Omega . A potential difference of 1 Volt produces 100 division deflection in galvanometer. Find the figure of merit of galvanometer.