The galvanometer shown below has a resistance (RG) of 50.00 Ω. Now, this galvanometer is converted to an ammeter with the help of a shunt resistance (rS) of 0.05 Ω. Calculate the current passing through the galvanometer in both the cases.

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MCQs on magnetic force, magnetic field motion, electric and magnetic field motion, biot savart law, amperes circuital law, solenoid and toroid, two parallel currents forces, moving coil galvanometer, current loop and magnetic dipole torque.


The galvanometer shown below has a resistance (R<sub>G</sub>) of 50.00 Ω. Now, this galvanometer is converted to an ammeter with the help of a shunt resistance (r<sub>S</sub>) of 0.05 Ω. Calculate the current passing through the galvanometer in both the cases.<br><img src='https://www.fatskills.com/images2/physics-questions-answers-moving-coil-galvanometer-q9.png' width='263' height='224' class='300595' />