A simple hand crank generator has a single square loop placed in a uniform magnetic field of B = 0.25 T. One side of the

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A simple hand crank generator has a single square loop placed in a uniform magnetic field of B = 0.25 T. One side of the

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A Simple Hand Crank Generator Has A Single Square Loop Placed In A Uniform Magnetic Field Of B 0 25 T One Side Of The 1
A Simple Hand Crank Generator Has A Single Square Loop Placed In A Uniform Magnetic Field Of B 0 25 T One Side Of The 1 (55.56 KiB) Viewed 28 times
A simple hand crank generator has a single square loop placed in a uniform magnetic field of B = 0.25 T. One side of the square loop is 4cm in length. 01 a) If you can spin the crank at a constant rate of 10 rev/s, find the angular velocity in radians per second. b) Find the maximum emf you can produce from the hand crank generator. c) Assume you can maintain a constant angular velocity and generate an AC output. As an attempt to increase the voltage you attach a transformer with 50 loops in the primary coil. If you want 1.5V output at the secondary coil, how many loops should you have in the secondary coil? d) If the current through the primary coil is 5 mA, find the current through the secondary coil.
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