Which loops have induced current moving in the CLOCKWISE direction around the loop?

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Question 4, part (a)
Three conducting loops (A, B, and C) are near a wire
with a constant current in the downward direction.
Loops A, B, and C are moving at speeds indicated by
the arrows as shown in the corresponding image.
Which loops have induced current moving in the
CLOCKWISE direction around the loop?
A
C
Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.
a
Loop A
Loop B
C
Loop C
None of the loops have induced current moving CLOCKWISE
Unanswered
a Save
B.
di
Transcribed Image Text:Question 4, part (a) Three conducting loops (A, B, and C) are near a wire with a constant current in the downward direction. Loops A, B, and C are moving at speeds indicated by the arrows as shown in the corresponding image. Which loops have induced current moving in the CLOCKWISE direction around the loop? A C Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a Loop A Loop B C Loop C None of the loops have induced current moving CLOCKWISE Unanswered a Save B. di
Expert Solution
Step 1

Magnetic field around a wire is given as 

B = μoI2πr

Where I is current flowing in wire and r is distance from the wire.

The direction of field is given by right hand thumb rule. Field will be circular around the wire , into to the plane on left of wire and out of the plane on right of wire.

 

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