A capacitor has circular plates with radius r = 3.0 cm and separation distance d = 25 \mu m. It is connected to a variable voltage source that is increasing at a rate of dV /dt = 75 V/s. What is the magnitude of the induced magnetic field B along. the edge of each plate? For the limits check, investigate what happens to B if the voltage source holds steady (dV/dt > 0). Please provide - units and equations used.

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A capacitor has circular plates with
radius r = 3.0 cm and
separation distance d = 25 \mu m. It is
connected to a variable
voltage source that is increasing at a rate
of dV /dt = 75 V/s.
What is the magnitude of the induced
magnetic field B along.
the edge of each plate? For the limits
check, investigate what
happens to B if the voltage source holds
steady (dV/dt > 0). Please provide
-
units and equations used.
Transcribed Image Text:A capacitor has circular plates with radius r = 3.0 cm and separation distance d = 25 \mu m. It is connected to a variable voltage source that is increasing at a rate of dV /dt = 75 V/s. What is the magnitude of the induced magnetic field B along. the edge of each plate? For the limits check, investigate what happens to B if the voltage source holds steady (dV/dt > 0). Please provide - units and equations used.
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