A long straight wire is in the plane of a rectangular conducting loop. The straight wire carries constant current i, as shown. While the wire is being moved toward and approaches the rectangle, the current in the rectangle is A. zero B. clockwise C. counterclockwise D. clockwise in the left side and counterclockwise in the right side E. counterclockwise in the left side and clockwise in the right side

A long straight wire is in the plane of a rectangular conducting loop. The straight wire carries constant current i, as shown. While the wire is being moved toward and approaches the rectangle, the current in the rectangle is A. zero B. clockwise C. counterclockwise D. clockwise in the left side and counterclockwise in the right side E. counterclockwise in the left side and clockwise in the right side

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can someone please answer this problem asap? please leave DETAILED explanations on how you did it and why you used the formulas you did. i appreciate it I'm just very confused thank you.
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I'm working on some homework and am stumped with this problem. Help would be great, thanks!
1. The figure shows a long straight wire just touching a loop carrying a current /,. Both lie in the same plane. R I2 (a) What direction must the current l, in the straight wire have to create a field at the center of the loop in the direction opposite to that created by the loop? Up O Down O Left O Right Into Screen O Out of Screen (b) What is the ratio of I,/, that gives zero field strength at the center of the loop?
These answers except for b are incorrect. please stop giving me wrong answers:(
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Need help to solve this
Could anyone please do a),b) and d)??