Aconstant current i circulates counterclockwise around a wire loop in the shape of a triangle, lying in x-y plane, with vertices at the points (0, 0, 0), (a, 0, 0), and (0,a,0). show that the total force on the loop is zero in the presence of a constant magnetic field b = bo(z).

Considering a triangle like the one of the figures, you can obtain the total magnetic force applied on it like the addition of the forces applied to each of the 3 sides.

Been the magnetic force formula:

For each segment:

Segment 1 (from [0,0,0] to [a,0,0]):

Segment 2 (from [a,0,0] to [0,a,0]):

Segment 3 (From [0,a,0] to [0,0,0]):

Total force on the wire loop:

32: from largest to smallest, this hierarchy includes eons, eras, periods, epochs, and ages.

33: answer is c

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real, smaller and upside-down.   so the answer should be b.