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part 2 "An LC circuit has a maximum current of 6.2 A. Determine the current in the circuit when the capacitor's potential energy is four times the inductor's potential energy."part 3 "For an LC circuit, determine how much charge is on the capacitor when the total energy is eighteen times the capacitor's potential energy. Express your answer in terms of Qi"
part 2 "An LC circuit has a maximum current of 6.2 A. Determine the current in the circuit when the capacitor's potential energy is four times the inductor's potential energy."
part 3 "For an LC circuit, determine how much charge is on the capacitor when the total energy is eighteen times the capacitor's potential energy. Express your answer in terms of Qi"
Part 1: Use energy to find Q, 1, o, & T The LC circuit shown below has a total energy of 137 J. Determine the initial charge on the capacitor, maximum current, the frequency, & the period. C-175 UF HH mor L-407 mH Q- Imax (- TH Part 2: Finding I An LC circuit has a maximum current of 6.2 A. Determine the current in the circuit when the capacitor's potential energy is four times the inductor's potential energy. Part 3: Finding Q For an LC circuit, determine how much charge is on the capacitor when the total energy is eighteen times the capacitor's potential energy. Express your answer in terms of Q. [Example: if you determined Q-0.23 Q, you would enter 0.23 into the box below. Q=0,