The answer is already there, however, I need an explanation of why the answer is what it is. 8.is held INaa 2.0m length of wireeast-west direction horizontally (plane of paper).the wire is moved Horizontally (also plane of paper)Northward at 15 m/s. A magnetic Field 'B'40.0 uT is directed vertially down wad (Into theof11ism/spage).40.0×106IⓇC) V=IRWest-I = =raa.) Find the motional Induced Emt. (18){1)2.000121105@IEastb.) Indicate on the drawing which side of the wire is positivec.) If the Resistance in the wire is 102. find thecurrent induced. (& =V)a) | El=Bev = 40.0x1067 (2.0m) (15m/s) = 10.0012-41.2x10 ACurrentruns fromeast topositive west

Answered: Image /qna-images/answer/a1451faf-f191-4cd7-be78-3bb33b4dc5f1.jpg

8. a 2.0m length of wire held IN IS a last-west direction horizontally (plane of paper). the wire is moved Horizontally (also plane of paper) Northward at 15 m/s. A magnetic Field 'B' 40.0 uT is directed vertially down wad(, Nto the раде). 15m/s 40.0x106. I C) V=IR I= == West 0.0012 V 105 I - East 1.2x10- A Current a.) Find the motional Induced Emt. (1ε1) b.) Indicate on the drawing which side of the wire is Post c.) If the Resistance in the wire Current induced. (EV) is 105 find the a) | &l=B&v = 40.0x1067 (2.0m) (15 m/s) = 10.00120 runs from east to west positive

8. a 2.0m length of wire held IN IS a last-west direction horizontally (plane of paper). the wire is moved Horizontally (also plane of paper) Northward at 15 m/s. A magnetic Field 'B' 40.0 uT is directed vertially down wad(, Nto the раде). 15m/s 40.0x106. I C) V=IR I= == West 0.0012 V 105 I - East 1.2x10- A Current a.) Find the motional Induced Emt. (1ε1) b.) Indicate on the drawing which side of the wire is Post c.) If the Resistance in the wire Current induced. (EV) is 105 find the a) | &l=B&v = 40.0x1067 (2.0m) (15 m/s) = 10.00120 runs from east to west positive

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter23: Electromagnetic Induction, Ac Circuits, And Electrical Technologies

Section: Chapter Questions

Problem 27PE: Figure 23.59 A coil is moved into and out of a region of uniform magnetic field. A coil is moved...

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