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1. A cylindrical region of space has a magnetic field given by a magnetic field given by: B(r, t) = { cos(wt)î 0 R where y, ß, and w are constants. Taker = 0 to be the central axis of the cylindrical region of space. 1. What is the magnitude of the induced electric field (as a function of time) in the region r< R? 2. What is the magnitude of the induced electric field (as a function of time) in the region r > R?

1. A cylindrical region of space has a magnetic field given by a magnetic field given by: B(r, t) = { cos(wt)î 0 R where y, ß, and w are constants. Taker = 0 to be the central axis of the cylindrical region of space. 1. What is the magnitude of the induced electric field (as a function of time) in the region r< R? 2. What is the magnitude of the induced electric field (as a function of time) in the region r > R?

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1. A cylindrical region of space has a magnetic field given by a magnetic field given by: Scos(wt)î 0 <r < R B (r, t) = r > R where y, B, and w are constants. Take r = 0 to be the central axis of the cylindrical region of space. 1. What is the magnitude of the induced electric field (as a function of time) in the region r < R? 2. What is the magnitude of the induced electric field (as a function of time) in the region r > R?
Transcribed Image Text:1. A cylindrical region of space has a magnetic field given by a magnetic field given by: Scos(wt)î 0 <r < R B (r, t) = r > R where y, B, and w are constants. Take r = 0 to be the central axis of the cylindrical region of space. 1. What is the magnitude of the induced electric field (as a function of time) in the region r < R? 2. What is the magnitude of the induced electric field (as a function of time) in the region r > R?
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