nesov=0.40w/sRazisn3. A square coil of wire (36.0 cm long on each side with 50 loops) moves at a constantL = 0.3m B=0.84+ == 2.5sspeed of 0.40 m/s throughout the problem. The loop of wire moves from a region ofzero magnetic field to a region of magnetic field of strength 0.84 T directed into thepage as shown below. The square loop has a resistance of 7.50 2. The loop iscompletely out of the magnetic field 2.50 s after first beginning to enter the region.I = NRt=0 sAtⓇt=2.50 sa) From its position at t=0s, how much time does it take for the square coil to getcompletely into the region of magnetic field?b) What is the magnetic flux through the coil when it has fully entered the region withmagnetic field?Find the magnitude of the current in the square coil i) as the coil enters the magneticfield region, ii) as it moves through the region and iii) as the coil exits the region.d) Find the direction of the current in the loop during these three time intervals (inpart (c)).

Given:length of 1 side of the coil, L = 0.36 mtotal loops, n = 50velocity of the coil, v = 0.40…

ne so = 0.40w/s Razisn 3. A square coil of wire (36.0 cm long on each side with 50 loops) moves at a constant L = 0.3m B=0.841 € = 2.5s speed of 0.40 m/s throughout the problem. The loop of wire moves from a region of zero magnetic field to a region of magnetic field of strength 0.84 T directed into the page as shown below. The square loop has a resistance of 7.50 92, The loop is completely out of the magnetic field 2.50 s after first beginning to enter the region. t=0 s

ne so = 0.40w/s Razisn 3. A square coil of wire (36.0 cm long on each side with 50 loops) moves at a constant L = 0.3m B=0.841 € = 2.5s speed of 0.40 m/s throughout the problem. The loop of wire moves from a region of zero magnetic field to a region of magnetic field of strength 0.84 T directed into the page as shown below. The square loop has a resistance of 7.50 92, The loop is completely out of the magnetic field 2.50 s after first beginning to enter the region. t=0 s

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter13: Electromagnetic Induction

Section: Chapter Questions

Problem 69AP: The conducting rod shown in the accompanying figure moves along parallel metal rails that are 25-cm...

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