A wire formed in the shape of an equilateral triangle of side d = 8 cm, carries current i = 0.25 A. This loop is located in a region of space that contains a constant magnetic field of magnitude B = 1.3 T, aligned with the negative z-axis as shown in the diagram below. %3D В X AXX. X¯X В X X XXA X X dX X XX X

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Triangular Current Loop
A wire formed in the shape of an equilateral triangle of side d = 8 cm,
carries current i = 0.25 A. This loop is located in a region of space that
contains a constant magnetic field of magnitude B = 1.3 T, aligned with
the negative z-axis as shown in the diagram below.
%3D
%3D
В
B
X AXX. X X
X X XXA X
X dX X_XX
X<X X Xd X
X XLX X X
X X XX X
Position I
Position II
What is W, to II.
the work you would have to do to rotate the coil 180° from Position I to
Position II? (Note, the coil is rotated out of the plane of the page, not
simply spun in the plane) W, to || =
J Submit
Transcribed Image Text:Welcome to this IE. You may navigate to any page you've seen already using the IE tab on the right. Triangular Current Loop A wire formed in the shape of an equilateral triangle of side d = 8 cm, carries current i = 0.25 A. This loop is located in a region of space that contains a constant magnetic field of magnitude B = 1.3 T, aligned with the negative z-axis as shown in the diagram below. %3D %3D В B X AXX. X X X X XXA X X dX X_XX X<X X Xd X X XLX X X X X XX X Position I Position II What is W, to II. the work you would have to do to rotate the coil 180° from Position I to Position II? (Note, the coil is rotated out of the plane of the page, not simply spun in the plane) W, to || = J Submit
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