The switch opens at time t = 2 s. Before the switch opens, the system has reached steady state. Find these voltages and currents (i.e., just before the switch opens): i1 = i,(2") V1 = v¿(2~) içı = iç(2") vci =vc(2") Find these voltages and currents (i.e., just after the switch opens): 12 = i,(2*) V2 = v,(2*) icz = ic(2*) vcz =vc(2*) L U9: Given Variables: Vs:12V C:8 nF L:7 mH Determine the following İLI (A): vL1 (M: iCI (A):

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter29: Dc Generators
Section: Chapter Questions
Problem 1PA: You are working as an electrician in a large steel manufacturing plant, and you are in the process...
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The switch opens at time t = 2 s. Before the switch opens, the system
has reached steady state.
Find these voltages and currents (i.e., just before the switch opens):
İL1 = 1, (2") vr1 = v,(2~) icı = iç(2-) vci = vc(2¯)
Find these voltages and currents (i.e., just after the switch opens):
2 = 1, (2*) V12 = v, (2*) ic2 = ic(2*) vcz = vc(2*)
ww
+
9:
C
Given Variables:
Vs: 12V
C:8 nF
L:7 mH
Determine the following
İLI (A):
VL1 (V):
iCi (A):
vC1 (V):
İL2 (A):
VL2 (V):
iC2 (A):
vC2 (V):
Transcribed Image Text:The switch opens at time t = 2 s. Before the switch opens, the system has reached steady state. Find these voltages and currents (i.e., just before the switch opens): İL1 = 1, (2") vr1 = v,(2~) icı = iç(2-) vci = vc(2¯) Find these voltages and currents (i.e., just after the switch opens): 2 = 1, (2*) V12 = v, (2*) ic2 = ic(2*) vcz = vc(2*) ww + 9: C Given Variables: Vs: 12V C:8 nF L:7 mH Determine the following İLI (A): VL1 (V): iCi (A): vC1 (V): İL2 (A): VL2 (V): iC2 (A): vC2 (V):
Expert Solution
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Brief description:

Note : 

Please note that according to the guidelines of the company we supposed to answer first three sub parts please repost the next parts.

In the above given question they have mentioned an electrical circuit which consists of resistor, inductor and capacitors.

By the help of transient analysis we need to calculate the value of initial current and voltage which are present in the inductor and capacitors.

In any circuit if we have energy storing element such as inductor and capacitors then only we can have the transient analysis of the circuit.

For only resistive circuit transient analysis is not applicable. 

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