In diagram A a loop of wire in the shape of a triangle equilateral is just...

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In diagram A a loop of wire in the shape of a triangle equilateral is just entering, at time tA = 0, into a region of a uniform and constant magnetic field in the weather. In diagrams B, C, and D, at later times where tp > tc > ty > ta, the triangular loop has moved to the right, as shown in the figure. If the expiration triangular is moving with constant velocity, which is the order of magnitude of the induced current i in the loop. a) ip > ic > iB > ia b) ia > ip > ic > iB A c) is > ig > ic > ip d) ic > ig > in > ip C D In diagram A a loop of wire in the shape of a triangle equilateral is just entering, at time tA = 0, into a region of a uniform and constant magnetic field in the weather. In diagrams B, C, and D, at later times where tp > tc > ty > ta, the triangular loop has moved to the right, as shown in the figure. If the expiration triangular is moving with constant velocity, which is the order of magnitude of the induced current i in the loop. a) ip > ic > iB > ia b) ia > ip > ic > iB A c) is > ig > ic > ip d) ic > ig > in > ip C D

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Solution According emf in a closed loop magnetic field is binked witn it Mathematica... View the full answer