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A long Solenoid with n=900.0 turns/m has a radius of r= 10.0 cm and carries a current of I=0.5 A. This solenoid has a length of 1 = 1.2 m and the wiring resistance is equivalent to R = 2.492

A long Solenoid with n=900.0 turns/m has a radius of r= 10.0 cm and carries a current of I=0.5 A. This solenoid has a length of 1 = 1.2 m and the wiring resistance is equivalent to R = 2.492

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A long Solenoid with n = 900.0 turns/m has a radius of r= 10.0 cm and carries a current of I=0.5 A. This solenoid has a length of 7 = 1.2 m and the wiring resistance is equivalent to R = 2.49 a) What is the magnetic field produced inside this solenoid? b) If we bend this solenoid into a toroid, what is the magnetic field inside the toroid? www NA Working with the solenoid, we next turn off the current source to it and immerse it in a uniform magnetic filed parallel to the axis of the solenoid, with its value changing with a frequency of f-60 Hz, by B = B. Cosat. d) What is the heat power generated in this solenoid circuit? c) Calculate the flux of this B-filed through the solenoid as a function of time and use the Faraday's law to determine the value of Bo such that the maximum generated current is 0.5 A in the solenoid. (At this time, the two ends of the solenoid wire is connected to form a closed circuit)
Transcribed Image Text:A long Solenoid with n = 900.0 turns/m has a radius of r= 10.0 cm and carries a current of I=0.5 A. This solenoid has a length of 7 = 1.2 m and the wiring resistance is equivalent to R = 2.49 a) What is the magnetic field produced inside this solenoid? b) If we bend this solenoid into a toroid, what is the magnetic field inside the toroid? www NA Working with the solenoid, we next turn off the current source to it and immerse it in a uniform magnetic filed parallel to the axis of the solenoid, with its value changing with a frequency of f-60 Hz, by B = B. Cosat. d) What is the heat power generated in this solenoid circuit? c) Calculate the flux of this B-filed through the solenoid as a function of time and use the Faraday's law to determine the value of Bo such that the maximum generated current is 0.5 A in the solenoid. (At this time, the two ends of the solenoid wire is connected to form a closed circuit)
e) Going back to part (a), we make the steady current to suddenly reduce by a factor of two in 5 us. what is the direction and magnitude of the electric field at the distance of r= 5.0 cm away from the axis of solenoid? Induced E side view elle Changing Solenoid current Faraday's law describes an induced electric field. looking into solenoid Changing B inside solenoid f) In this case, what is the direction and magnitude of the electric field at the distance of 25.0 cm away from the axis of solenoid?
Transcribed Image Text:e) Going back to part (a), we make the steady current to suddenly reduce by a factor of two in 5 us. what is the direction and magnitude of the electric field at the distance of r= 5.0 cm away from the axis of solenoid? Induced E side view elle Changing Solenoid current Faraday's law describes an induced electric field. looking into solenoid Changing B inside solenoid f) In this case, what is the direction and magnitude of the electric field at the distance of 25.0 cm away from the axis of solenoid?
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