Question 1Refer to the circuit depicted in Figure Q4 (b). Solve the circuit by finding the valueof current that going through each branch in the circuit.I20.25 F10 cos(2t + 30) v1HFigure Q4 (b)Question 2At o= 50 rad/s, determine Zin for the circuit in Figure Q4 (a).10 mH10 mFZinFigure Q4 (a) Question 3For the circuit in Figure Q4 (c), identify the value of Thevenin voltage (VTH) andThevenin impedance (ZTH) and draw the equivalent circuit of it. Assume Z is theload.82)4/0°A-j2NFigure Q4 (c)Question 4By applying Kirchhoff's Voltage Law (KVL), find the value of i and v, in the circuitof Figure Q1(c).ww12 v (+4 V +62wwFigure Q1 (c)HE

As per the guidelines , I am supposed to solve to only one question but I am solving first two for…

Question 1 Refer to the circuit depicted in Figure Q4 (b). Solve the circuit by finding the value of current that going through each branch in the circuit. I2 0.25 F 10 cos(2t + 30) v 1H Figure Q4 (b) Question 2 At o= 50 rad/s, determine Zin for the circuit in Figure Q4 (a). 10 mH 10 mF Zin Figure Q4 (a)

Question 1 Refer to the circuit depicted in Figure Q4 (b). Solve the circuit by finding the value of current that going through each branch in the circuit. I2 0.25 F 10 cos(2t + 30) v 1H Figure Q4 (b) Question 2 At o= 50 rad/s, determine Zin for the circuit in Figure Q4 (a). 10 mH 10 mF Zin Figure Q4 (a)

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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