Question: Consider An LC Circuit With L = 10 MH, C = 0.7 MF And Capacitor Initially Charged To 10 V. From Conservation Of Energy, Find
Consider An LC Circuit With L = 10 MH, C = 0.7 MF And Capacitor Initially Charged To 10 V. From Conservation Of Energy, Find The Maximum Current Find The Resonant Frequency Omega_0 In Rad/S Derive Explicit Formulas For The Charge Q(T) And The Electric Energy U_c(T) In The Capacitor Derive Explicit Formulas For The Current I(T) And The Magnetic Energy

1. Consider an LC circuit with L = 10 mH, C = 0.7mF and capacitor initially charged to 10 V. (a) from conservation of energy, find the maximuum current (b) find the resonant frequency wo in rad/s (e) derive explicit formulas for the charge q(t) and the electric energy Uc(t) in the capacitor (d) derive explicit formulas for the current I(t) and the magnetic energy UM(t) in the inductor (e) verify U(t)+UE(t) const (and determine the const)
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