Question: A circular parallel-plate capacitor of radius a and plate separation d is connected in series with a resistor R and a switch, initially open, to
A circular parallel-plate capacitor of radius a and plate separation d is connected in series with a resistor R and a switch, initially open, to a constant voltage source V0. The switch is closed at time t = 0. Assuming that the charging time of the capacitor, τ = CR, is very long compared with a/c and that d << a (C is the capacitance and c is the velocity of light), find an expression for the displacement current density as a function of time. Obtain an expression for the magnetic flux density B as a function of time and of position between the capacitor plates.
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The charge on the capacitor plates at times is given by Q CV1 exptt so the charge density on the pla... View full answer
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