A galvanometer that gives a full-scale deflection when $150 \mu \mathrm { A }$ runs through it is used to make an ammeter that reads a maximum of $1.00 \mathrm {~A}$. To do this, a $3.3 - \mathrm { m } \Omega$ shunt was required. What is the resistance of just the galvanometer?

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The Answer of A galvanometer that gives a full-scale deflection when $150 \mu \mathrm { A }$ runs through it is used to make an ammeter that reads a maximum of $1.00 \mathrm {~A}$. To do this, a $3.3 - \mathrm { m } \Omega$ shunt was required. What is the resistance of just the galvanometer?

A Galvanometer That Gives a Full-Scale Deflection When 150μA150 \mu \mathrm { A }150μA

A Galvanometer That Gives a Full-Scale Deflection When $150 \mu \mathrm { A }$