A galvanometer may be converted into an ammet | vedclass

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(D) An ammeter is formed by connecting a low resistance (shunt) in parallel with a galvanometer,resulting in a very low overall resistance.$A$ voltmet

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Voltmeter of range $10 \ V$

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(D) An ammeter is formed by connecting a low resistance (shunt) in parallel with a galvanometer,resulting in a very low overall resistance.$A$ voltmeter is formed by connecting a high resistance in series with a galvanometer,resulting in a very high overall resistance.To increase the range of a voltmeter,the series resistance must be increased further.Therefore,a voltmeter with a higher voltage range will have a significantly higher resistance compared to any ammeter.Comparing the given options,the voltmeter of range $10 \ V$ will have the largest resistance.

$A$ galvanometer may be converted into an ammeter or a voltmeter. In which of the following cases will the resistance of the device so obtained be the largest?

Similar Questions

Explain the use of a galvanometer as a voltmeter.

Shunt wire should be . . . . . . .

$A$ galvanometer having a resistance of $20\,\Omega$ and $30\,divisions$ on both sides has a figure of merit of $0.005\,A/division$. The resistance that should be connected in series so that it can be used as a voltmeter up to $15\,V$ is ........... $\Omega$.

How can we convert a galvanometer into an ammeter?

Two galvanometers $G_{1}$ and $G_{2}$ require $2 \ mA$ and $3 \ mA$ respectively to produce the same deflection. Then:

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