bonus 2) Consider pieces of wire, each of length L, that are bent into closed loops in the shapes of regular polygons. Each loop carries a current I. a) Find the magnetic field in the center of the triangular loop. (Be sure to label the diagram to help set up the problem.) B, = b) Find the magnetic field in the center of the square loop. (Draw and label your own diagram to help set up the problem.) %3!
bonus 2) Consider pieces of wire, each of length L, that are bent into closed loops in the shapes of regular polygons. Each loop carries a current I. a) Find the magnetic field in the center of the triangular loop. (Be sure to label the diagram to help set up the problem.) B, = b) Find the magnetic field in the center of the square loop. (Draw and label your own diagram to help set up the problem.) %3!
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Transcribed Image Text:bonus 2) Consider pieces of wire, each of length L, that are bent into closed loops in the shapes of regular polygons. Each loop
carries a current I.
a) Find the magnetic field in the center of the triangular loop. (Be sure to label the diagram to help set up the problem.)
B, =
b) Find the magnetic field in the center of the square loop. (Draw and label your own diagram to help set up the problem.)
Transcribed Image Text:c) Find the magnetic field in the center of an n-sided polygon loop. (Draw and label your own diagram to help set up the
problem.)
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