A 6-turn circular coil of area A = 20 cm? is place in a region of magnetic field of magnitude B = 4. 3 [T]. The magnetic field is making an angle of 49* with the surface of the coil. Calculate the magnetic flux throughout the circular coil. (Tm]
A 6-turn circular coil of area A = 20 cm? is place in a region of magnetic field of magnitude B = 4. 3 [T]. The magnetic field is making an angle of 49* with the surface of the coil. Calculate the magnetic flux throughout the circular coil. (Tm]
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![A 6-turn circular coil of area A = 20 cm? is
place in a region of magnetic field of
magnitude B = 4. 3 [T]. The magnetic field
is making an angle of 49° with the surface
of the coil.
Calculate the magnetic flux throughout the
circular coil.
O (T.m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcd8e5259-2d24-47e7-aa3f-fba0ce0f06ef%2F3093911a-4db5-4fd3-b4f2-97e612fe18db%2Fl3y150y_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A 6-turn circular coil of area A = 20 cm? is
place in a region of magnetic field of
magnitude B = 4. 3 [T]. The magnetic field
is making an angle of 49° with the surface
of the coil.
Calculate the magnetic flux throughout the
circular coil.
O (T.m
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