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econd. A e EMF ov

econd. A e EMF ov

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A wire loop with radius R= 0.2m and 400 turns of wire rotates perpendicular to a uniform magnetic field with B = 10 T at a uniform rate of 60 cycles per second. A) Calculate the induced EMF as a function of time. B) Calculate the average value of the EMF over ½ of a rotation of the wire loop. B In the previous problem, if the wire loop is electrically in series with a load resistance of R = 10 , A) calculate the induced current as a function of time. B) What is the maximum instantaneous current in the wire?
Transcribed Image Text:A wire loop with radius R= 0.2m and 400 turns of wire rotates perpendicular to a uniform magnetic field with B = 10 T at a uniform rate of 60 cycles per second. A) Calculate the induced EMF as a function of time. B) Calculate the average value of the EMF over ½ of a rotation of the wire loop. B In the previous problem, if the wire loop is electrically in series with a load resistance of R = 10 , A) calculate the induced current as a function of time. B) What is the maximum instantaneous current in the wire?
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