The scale of a galvanometer is divided into 150 equal divisions. The galvanometer has the current sensitivity of 10 divisions per mA and the voltage sensitivity of 2 divisions per mV. How the galvanometer be designed to read i) 6A, per division and ii) 1V, per division ?

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The scale of a galvanometer is divided into 150 equal divisions. The galvanometer has the current sensitivity of 10 divisions per mA and the voltage sensitivity of 2 divisions per mV. How the galvanometer be designed to read i) 6A, per division and ii) 1V, per division ?

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$40 μ Ω$ is connected in parallel, $1000 Ω$ is connected in series

$8.3 \times 10^{- 5} Ω$ is connected in parallel, $9995 Ω$ is connected in series

$8.3 μ Ω$ is connected in parallel, $9995 Ω$ is connected in series

$20 μ Ω$ is connected in parallel, $9995 Ω$ is connected in series

answer is D.

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