A conducting right triangular loop (one turn) carries a current I=1 A in the direction shown. Under the influence of a uniform magnetic field B 92 T, calculate the magnetic torque T on the loop and determine its axis of rotation. t•L. 0.600 m 0.800 m
A conducting right triangular loop (one turn) carries a current I=1 A in the direction shown. Under the influence of a uniform magnetic field B 92 T, calculate the magnetic torque T on the loop and determine its axis of rotation. t•L. 0.600 m 0.800 m
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![A conducting right triangular loop (one turn) carries
a current I=1 A in the direction shown. Under the
influence of a uniform magnetic field B 92 T,
calculate the magnetic torque T on the loop and
determine its axis of rotation.
t•L.
0.600 m
0.800 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbcf9c495-e250-42f6-af2a-46099c2706c9%2Ff8e91e63-1380-4027-8955-0ab0dd9a5ae9%2Fyosaje.png&w=3840&q=75)
Transcribed Image Text:A conducting right triangular loop (one turn) carries
a current I=1 A in the direction shown. Under the
influence of a uniform magnetic field B 92 T,
calculate the magnetic torque T on the loop and
determine its axis of rotation.
t•L.
0.600 m
0.800 m
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