A uniform magnetic field (B=0.50T) points out the page ( direction). A rectangular loop of wire (length=0.400m, height=0.300m) has a resistance R=1.2 Ohms. The rectangular loop is moving to the right with a velocity, v=3.8 m/s. 

a.At time 1, when the loop is only partially inside the magnetic field, what is the induced EMF in the loop?

b.At time 1, which direction does the induced current flow?

c.At time 1, how much force is there on the loop?

d.At time 1, which direction does the induced force on the loop point?

e.At time 2, when the loop is fully inside the magnetic field, what is the induced EMF in the loop?

 

 

Transcribed Image Text:

.B. m time 1 w time 2 .B. m time 1 w time 2

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To provide answers to your questions lets use Faradays Law of Electromagnetic Induction and Lenzs Law Faradays Law states that the induced electromotive force EMF in any closed circuit is equal to the ... View the full answer