A rectangular loop of wire (sides of length A and B) carries current i1. The current flows 3) clockwise in the rectangle. It is situated below a long wire which carries current i2 which flows to the right. One of the sides (of length A) of the rectangle is a distance Di from the long wire and the opposite side is a distance D2 from the long wire. Calculate the total force (magnitude and direction) on the rectangular loop due to the current in the long wire. Make sure you show all work and explain all reasoning. i2 Dil i D2 А
A rectangular loop of wire (sides of length A and B) carries current i1. The current flows 3) clockwise in the rectangle. It is situated below a long wire which carries current i2 which flows to the right. One of the sides (of length A) of the rectangle is a distance Di from the long wire and the opposite side is a distance D2 from the long wire. Calculate the total force (magnitude and direction) on the rectangular loop due to the current in the long wire. Make sure you show all work and explain all reasoning. i2 Dil i D2 А
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Transcribed Image Text:A rectangular loop of wire (sides of length A and B) carries current ij. The current flows
3)
clockwise in the rectangle. It is situated below a long wire which carries current i2 which flows
to the right. One of the sides (of length A) of the rectangle is a distance D1 from the long wire
and the opposite side is a distance D2 from the long wire. Calculate the total force (magnitude
and direction) on the rectangular loop due to the current in the long wire.
Make sure you show all work and explain all reasoning.
i2
DiL
11
D2
A
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