To verify Ohm’s law, a student is provided with a test resistor RT, a high resistance R1, a small resistance R2, two identical galvanometer G1 and G2 and a variable voltage source V. the correct circuit to carry out the experiment is

G1 behaves as voltmeter by connecting it in series with high resistance R1 and applying it across RT in parallel. G2 behaves as ammeter by shunting it with small resistance R2 and connecting in series with RT.

To verify Ohm’s law, a student is provided with a test resistor RT, a high resistance R1, a small resistance R2, two identical galvanometer G1 and G2 and a variable voltage source V. the correct circuit to carry out the experiment is

G1 behaves as voltmeter by connecting it in series with high resistance R1 and applying it across RT in parallel. G2 behaves as ammeter by shunting it with small resistance R2 and connecting in series with RT.

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To verify Ohm’s law, a student is provided with a test resistor $R_{T}$ , a high resistance R₁, a small resistance R₂, two identical galvanometer G₁ and G₂ and a variable voltage source V. the correct circuit to carry out the experiment is

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answer is C.

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Detailed Solution

G₁ behaves as voltmeter by connecting it in series with high resistance R₁ and applying it across R_T in parallel. G₂ behaves as ammeter by shunting it with small resistance R₂ and connecting in series with R_T.

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