Q3. Two identical constant current small loops with radius a are placed a distance d apart according to the figure below. Determine the smallest radius a and the smallest separation d so that nulls are formed in the directions 0 = 0•, 60•, 90•, 120•, and 180•, where 0 is the angle measured from the positive z axis. a
Q3. Two identical constant current small loops with radius a are placed a distance d apart according to the figure below. Determine the smallest radius a and the smallest separation d so that nulls are formed in the directions 0 = 0•, 60•, 90•, 120•, and 180•, where 0 is the angle measured from the positive z axis. a
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![Q3. Two identical constant current small loops with radius a are
placed a distance d apart according to the figure below. Determine
the smallest radius a and the smallest separation d so that nulls are
formed in the directions 0 = 0•, 60•, 90•, 120•, and 180•, where 0
is the angle measured from the positive z axis.
a](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc34e156-fcf5-4726-b1f4-403f9f99cdd3%2F13a00d67-3942-4d96-932a-de97cac1a1e2%2Fdgvjbpd.png&w=3840&q=75)
Transcribed Image Text:Q3. Two identical constant current small loops with radius a are
placed a distance d apart according to the figure below. Determine
the smallest radius a and the smallest separation d so that nulls are
formed in the directions 0 = 0•, 60•, 90•, 120•, and 180•, where 0
is the angle measured from the positive z axis.
a
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