A uniform magnetic field B = 1.8 T points in the +x direction. A square loop with sides of length d = 20 cm, N = 12 turns, and current = 0.85 amps per turn pivots without friction around a pin about the z-axis as shown in the figure below. The z-axis points out of the page in the left hand panel. A mass M is hung from one side of the loop (C or D), and the loop is in equilibrium when it makes an angle of 30degrees with respect to the x - z plane. Determine the size of the mass. Enter a positive number if it is hung from C and a negative number if it is hung from D. (In kg). d y B I D d 8 с D g X x I Side View of Loop Z Plan View of Loop
A uniform magnetic field B = 1.8 T points in the +x direction. A square loop with sides of length d = 20 cm, N = 12 turns, and current = 0.85 amps per turn pivots without friction around a pin about the z-axis as shown in the figure below. The z-axis points out of the page in the left hand panel. A mass M is hung from one side of the loop (C or D), and the loop is in equilibrium when it makes an angle of 30degrees with respect to the x - z plane. Determine the size of the mass. Enter a positive number if it is hung from C and a negative number if it is hung from D. (In kg). d y B I D d 8 с D g X x I Side View of Loop Z Plan View of Loop
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:A uniform magnetic field B = 1.8 T points in the +x direction.
A square loop with sides of length d = 20 cm, N = 12 turns,
and current = 0.85 amps per turn pivots without friction
around a pin about the z-axis as shown in the figure below.
The z-axis points out of the page in the left hand panel. A
mass M is hung from one side of the loop (C or D), and the
loop is in equilibrium when it makes an angle of 30degrees
with respect to the x - z plane. Determine the size of the mass.
Enter a positive number if it is hung from C and a negative
number if it is hung from D. (In kg).
d
y
B
I
D
d
8
с
D
g
X
x
I
Side View of Loop
Z
Plan View of Loop
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