Problem #3: For the following circuit,0.2 H iLll0.1Q0.3 2t= 00.2 V(+:0.2 F0.1 Va) Att < 0, find v.(0-) and i,(0).b) At t 2 0, calculate v.(0*) and i.(0+).c) Find the Neper frequency for t> 0.d) Find the resonance frequency for t> 0.e) Determine whether the circuit is over, underor critically damped.f) Write the expression for the capacitor voltageresponse v.(t) = v.(t) for t> 0.

Problem #3: For the following circuit, 0.2 H iL ll 0.1 2 0.3 2 t= 0 0.2 V+ 0.2 F 0.1 V a) At t < 0, find v.(0-) and i,(0-). b) Att 2 0, calculate v.(0*) and i.(0*). c) Find the Nener frequency for t>0

Problem #3: For the following circuit, 0.2 H iL ll 0.1 2 0.3 2 t= 0 0.2 V+ 0.2 F 0.1 V a) At t < 0, find v.(0-) and i,(0-). b) Att 2 0, calculate v.(0) and i.(0). c) Find the Nener frequency for t>0

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Problem #3: For the following circuit,
0.2 H iL
ll
0.1Q
0.3 2
t= 0
0.2 V(+
:0.2 F
0.1 V
a) Att < 0, find v.(0-) and i,(0).
b) At t 2 0, calculate v.(0*) and i.(0+).
c) Find the Neper frequency for t> 0.
d) Find the resonance frequency for t> 0.
e) Determine whether the circuit is over, under
or critically damped.
f) Write the expression for the capacitor voltage
response v.(t) = v.(t) for t> 0.

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