A moving coil galvanometer has coil of area 10 cm² and turns 100. It is suspended by a suspension fibre of torque constant 10-8 Nm per degree in a radial magnetic field of induction 0.05 Wb/m². Find the angle through which the coil will be deflected when a current of 16 µA. passes through it.
A moving coil galvanometer has coil of area 10 cm² and turns 100. It is suspended by a suspension fibre of torque constant 10-8 Nm per degree in a radial magnetic field of induction 0.05 Wb/m². Find the angle through which the coil will be deflected when a current of 16 µA. passes through it.
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Transcribed Image Text:A moving coil galvanometer has coil of
area 10 cm² and turns 100. It is suspended by a
suspension fibre of torque constant 10-8 Nm
per degree in a radial magnetic field of
induction 0.05 Wb/m². Find the angle through
which the coil will be deflected when a
current of 16 µA. passes through it.
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