Consider an RLC circuit, with current i and emf 8 which are plotted as a function of time on the graph below, where l and 8m are the maximum values for the current and emf respectively: 11 3. Given the phase difference, the circult is O None of the listed options O More inductive than capacitive In resonance OAny of the listed options More capacitive than Inductive Fonsider a LC clecult with a total enerey of U= 32 mJ. The inductor has L- 48.0 mH and the maximum charge on the capacitor is Qmax= 1.20 juC. What is the angular frequency of the electromagnetic oscillations? O1.44 x 10 rad/s 09,62 x 10 rad/s 09.26 x 10" rad/s O 1050 rad/s 04.81 x 10 rad/s

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Consider an RLC circuit, with current i and emf 8 which are plotted as a function of
time on the graph below, where / and &m are the maximum values for the current
and emf respectively:
1.
Given the phase difference, the circult is
None of the listed options
More inductive than capacitive
In resonance
Any of the listed options
More capacitive than Inductive
Fonsider a LC ciecult with a total energy of U = 32 mJ. The inductor has
L= 48.0 mH and the maximum charge on the capacitor is
Qmax = 1.20 juC what is the angular frequency of the electromagnetic
oscillations?
01.44 x 10°rad/s
09.62 x 10 rad/s
09.26 x 10" rad/s
O 1050 rad/s
04,81 x 10 rad/s
Transcribed Image Text:Consider an RLC circuit, with current i and emf 8 which are plotted as a function of time on the graph below, where / and &m are the maximum values for the current and emf respectively: 1. Given the phase difference, the circult is None of the listed options More inductive than capacitive In resonance Any of the listed options More capacitive than Inductive Fonsider a LC ciecult with a total energy of U = 32 mJ. The inductor has L= 48.0 mH and the maximum charge on the capacitor is Qmax = 1.20 juC what is the angular frequency of the electromagnetic oscillations? 01.44 x 10°rad/s 09.62 x 10 rad/s 09.26 x 10" rad/s O 1050 rad/s 04,81 x 10 rad/s
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