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A galvanometer of resistance \(50\Omega\) is converted into a voltmeter of range ( \(0-2\mathrm{V}\) ) using a resistor …

Q1

A galvanometer of resistance \(50\Omega\) is converted into a voltmeter of range ( \(0-2\mathrm{V}\) ) using a resistor of \(1.0\mathrm{k}\Omega\). If it is to be converted into a voltmeter of range \((0-10\mathrm{V})\), the resistance required will be

a

\(4.8\mathrm{k}\Omega\)

b

\(5.0\mathrm{k}\Omega\)

c

\(5.2\mathrm{k}\Omega\)

d

\(5.4\mathrm{k}\Omega\)

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