Consider an LC circuit in which the inductance is 627 mH and the capacitance is 0.11 µF. a) What is the resonant angular frequency? Answer in units of rad/s. b) If a 4.5 kΩ resistance is introduced into this circuit in series with the inductor and capacitor, what is the angular frequency of the (damped) oscillations? Answer in units of rad/s.
Consider an LC circuit in which the inductance is 627 mH and the capacitance is 0.11 µF.
a) What is the resonant angular frequency? Answer in units of rad/s.
b) If a 4.5 kΩ resistance is introduced into this circuit in series with the inductor and capacitor, what is the angular frequency of the (damped) oscillations? Answer in units of rad/s.
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The post Consider an LC circuit in which the inductance is 627 mH and the capacitance is 0.11 µF. a) What is the resonant angular frequency? Answer in units of rad/s. b) If a 4.5 kΩ resistance is introduced into this circuit in series with the inductor and capacitor, what is the angular frequency of the (damped) oscillations? Answer in units of rad/s. appeared first on Superb Professors.
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