3. A circular parallel plate capacitor of radius R = 1 cm is connected to a...
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3. A circular parallel plate capacitor of radius R = 1 cm is connected to a time-dependent voltage, V(t) = (10V) sin (wt), with a frequency of f = 100 Hz. The capacitance of the capacitor is constant at 2.0 uF. (a) Find the charge, q(t), on the capacitor. (b) Find the displacement current, Ia, inside of the capacitor. (c) Find the electric field, E(t), inside of the capacitor. (d) Find the magnetic field, B(t), outside of the capacitor at a distance r from the capacitor's axis. 3. A circular parallel plate capacitor of radius R = 1 cm is connected to a time-dependent voltage, V(t) = (10V) sin (wt), with a frequency of f = 100 Hz. The capacitance of the capacitor is constant at 2.0 uF. (a) Find the charge, q(t), on the capacitor. (b) Find the displacement current, Ia, inside of the capacitor. (c) Find the electric field, E(t), inside of the capacitor. (d) Find the magnetic field, B(t), outside of the capacitor at a distance r from the capacitor's axis.
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Answer rating: 100% (QA)
a To find the charge qt on the capacitor we can use the equation for the charge on a capacitor qt C Vt where C is the capacitance and Vt is the timedependent voltage Given that the capacitance is cons... View the full answer
Related Book For
Physics
ISBN: 978-0077339685
2nd edition
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
Posted Date:
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