The current source is is = 2 sin(40,000 t) A. Use two different methods to find the voltage vc(t) across the capacitor as a time function in volts. Cross check the results from the two methods. 1.5 mH is 50 N 0.25 µF 30 N

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I wanted to make sure I am doing this right with using time domain and phase form, Im not sure if I am cross checking correctly either? Could you go through the problem and help me out? Thank you. 

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The current source is i, = 2 sin(40,000 t) A. Use two different
methods to find the voltage vc(t) across the capacitor as a time
function in volts. Cross check the results from the two methods.
1.5 mH
+
is
50 N
0.25 µF
30 N
1:53 PM
2 Type here to search
90%
59°F
5/14/2022
..
(8)
II
Transcribed Image Text:O Document - 2022-05-14T135224. X -> O File | file:///C:/Users/tphok/Downloads/Document%20-%202022-05-14T135224.045.pdf Document - 2022-05-14T135224.045.pdf 3 / 3 100% + The current source is i, = 2 sin(40,000 t) A. Use two different methods to find the voltage vc(t) across the capacitor as a time function in volts. Cross check the results from the two methods. 1.5 mH + is 50 N 0.25 µF 30 N 1:53 PM 2 Type here to search 90% 59°F 5/14/2022 .. (8) II
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