A conducting bar of length 1.4 cm is pulled at constant speed 13.2 m/s through a 41.8 T magnetic field. If the circuit offers 34.2 m2 of resistance, determine the magnitude of the force on the conducting bar as it is being pulled (Please provide your answer in N to 2 decimal places) X 0.08
A conducting bar of length 1.4 cm is pulled at constant speed 13.2 m/s through a 41.8 T magnetic field. If the circuit offers 34.2 m2 of resistance, determine the magnitude of the force on the conducting bar as it is being pulled (Please provide your answer in N to 2 decimal places) X 0.08
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![A conducting bar of length 1.4 cm is pulled at constant speed 13.2 m/s through a 41.8 T magnetic field. If the circuit offers 34.2 m2 of resistance, determine the magnitude of the
force on the conducting bar as it is being pulled (Please provide your answer in N to 2 decimal places)
X 0.08](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3bc1a57-0e00-4d2e-b32c-9359591b984c%2F7a3736e4-05c4-4e92-9486-acf6e67556d1%2Fiqs8bp7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A conducting bar of length 1.4 cm is pulled at constant speed 13.2 m/s through a 41.8 T magnetic field. If the circuit offers 34.2 m2 of resistance, determine the magnitude of the
force on the conducting bar as it is being pulled (Please provide your answer in N to 2 decimal places)
X 0.08
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