C1R11.5kQ50mH20µFVin5 Vpk50 Hz0°Figure 2Discussion:Q1\ For the circuit in fig. (2) Calculate the following :1. Zł.2. The current flowing (It).3. The phase difference between the supply voltage and current.4. The voltage across the coil (VL).5. The voltage across the capacitor (Vc).6. The voltage across the Resistor (VR).Q2\ For the circuit in fig. (2) Change the value of the capacitance to (50 µF) ,and Calculatethe following :1. Z¿.2. The current flowing (It).3. The phase difference between the supply voltage and current.4. The voltage across the coil (V,).5. The voltage across the capacitor (Vc).6. The voltage across the Resistor (VR).2

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Electrical Engineering

R1 L1 Č1 1.5k2 50mH 20μF Vin 5 Vpk 50 Hz 0° Figure 2

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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Concept explainers

Graph theory

It is that part of network analysis where the configuration is called graph or structure of the network system when all of the elements (e.g., R, L, and C) in a network system are substituted with lines having circles/rings or dots across both endpoints. The study of the solution of the networks and circuits with the help of graphs is known as graph theory. The objective is to know the mathematics behind the network analysis.

Question

100%

C1
R1
1.5kQ
50mH
20µF
Vin
5 Vpk
50 Hz
0°
Figure 2
Discussion:
Q1\ For the circuit in fig. (2) Calculate the following :
1. Zł.
2. The current flowing (It).
3. The phase difference between the supply voltage and current.
4. The voltage across the coil (VL).
5. The voltage across the capacitor (Vc).
6. The voltage across the Resistor (VR).
Q2\ For the circuit in fig. (2) Change the value of the capacitance to (50 µF) ,and Calculate
the following :
1. Z¿.
2. The current flowing (It).
3. The phase difference between the supply voltage and current.
4. The voltage across the coil (V,).
5. The voltage across the capacitor (Vc).
6. The voltage across the Resistor (VR).
2

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