Please help, thank you! 2. Consider again the circuit from problem 1, butsuppose now that the switch is closed.c) What is the voltage drop across the inductoras a function of time?a) What is the new impedance of this circuit?d) How much time does it take for the inductor togo from having no current flowing thorough itto having the maximum amound of currentflowing through it?b) What is the new current flowing out of thevoltage source? 1. Consider the series LRC circuit shown below,with L = 100 mH, C = 1000 µF, and R = 50 2.The AC source produces a voltage V(t) = Vosin(wt), with Vo = 200 V and w = 90 hertz. Aswitch is placed across the capacitor, but leftopen for this problem.RVsinorLC

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at is the new impedance of this circuit? at is the new current flowing out of the age source? d) How go fre to ha flowi

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Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Question

Please help, thank you!

2. Consider again the circuit from problem 1, but
suppose now that the switch is closed.
c) What is the voltage drop across the inductor
as a function of time?
a) What is the new impedance of this circuit?
d) How much time does it take for the inductor to
go from having no current flowing thorough it
to having the maximum amound of current
flowing through it?
b) What is the new current flowing out of the
voltage source?

1. Consider the series LRC circuit shown below,
with L = 100 mH, C = 1000 µF, and R = 50 2.
The AC source produces a voltage V(t) = Vo
sin(wt), with Vo = 200 V and w = 90 hertz. A
switch is placed across the capacitor, but left
open for this problem.
R
Vsinor
L
C

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