Q4) In the diagram below, assume that the magnetic field B is of constant magnitude in time and uniform in space. You can also assume it is pointed in the z direction. Analyze the motion of the bar, taking it's mass to be m. Write down the equation of motion and solve it. R a AB b L n m C d M
Q4) In the diagram below, assume that the magnetic field B is of constant magnitude in time and uniform in space. You can also assume it is pointed in the z direction. Analyze the motion of the bar, taking it's mass to be m. Write down the equation of motion and solve it. R a AB b L n m C d M
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![Q4) In the diagram below, assume that the magnetic field B is of constant magnitude in time and uniform in space.
You can also assume it is pointed in the z direction. Analyze the motion of the bar, taking it's mass to be m. Write
down the equation of motion and solve it.
R
a
AB
b
L
n
m
C
d
M](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F494695a1-3f8a-4589-8aa5-6ccba07b640f%2F5a83bcc0-b96e-478b-9027-28f7590e11b3%2Fby3h1kn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4) In the diagram below, assume that the magnetic field B is of constant magnitude in time and uniform in space.
You can also assume it is pointed in the z direction. Analyze the motion of the bar, taking it's mass to be m. Write
down the equation of motion and solve it.
R
a
AB
b
L
n
m
C
d
M
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