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Note: Answer five questions only Q1) Using the mesh analysis, find the power dissipated by 4k2 and 6k2 resistors for the network in Fig.1. 24 AD a Fig.1 Q2) Calculate the current through and the power dissipated in the 202 resistor for the network in Fig. 2 using the nodal analysis. 492 12V

Note: Answer five questions only Q1) Using the mesh analysis, find the power dissipated by 4k2 and 6k2 resistors for the network in Fig.1. 24 AD a Fig.1 Q2) Calculate the current through and the power dissipated in the 202 resistor for the network in Fig. 2 using the nodal analysis. 492 12V

Introductory Circuit Analysis (13th Edition)
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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%900 V docs.google.com/forms Class: First Class Ministry of Higher Education and Scientific research Tikrit University Subject: Fundamental of Elec. Eng. Second Semester Final Exam Time: 3 hours 2021-2022 Date: 8-6-2022 College of Engineering- Shorqaat Mechanical Eng. Dept. Note: Answer five questions only Q1) Using the mesh analysis, find the power dissipated by 4k2 and 6k2 resistors for the network in Fig. 1. 4940 12 V ka Fig.1 Q2) Calculate the current through and the power dissipated in the 202 resistor for the network in Fig. 2 using the nodal analysis. 452 5.0 V. DIA 252 Fig.2 Q3) Using the superposition theorem, find the current through and the power dissipated in the 342 resistor for the network in Fig.3. 24 V 802 ww 12V 40 www I 2 192 14 10 40 ww Fig.3 Q4) Use Norton's theorem to find the current through and the voltage across the 922 resistor for the network in Fig. 4. (all resistances are in ohms). Lov & OMN 2 Fig.4 Q5) Find the Thevenin equivalent circuit for the network in Fig. 5. Then, under the maximum power condition, what are the power and current level to the load. www ww 402 40 492 39 V 402 40 492 www Fig. 5 06) Determine the current drawn from the source in the given circuit in Fig. 6. 18 Je a Fig.6 की चैन Lecturer Head of Department Dr. Harith A. Ali Msc. Muhammad M. Muhammad (JA Good Luck O 80 wwww. 40 9 مكالمات الطوارئ فققط لشركات Asiacell H
Transcribed Image Text:%900 V docs.google.com/forms Class: First Class Ministry of Higher Education and Scientific research Tikrit University Subject: Fundamental of Elec. Eng. Second Semester Final Exam Time: 3 hours 2021-2022 Date: 8-6-2022 College of Engineering- Shorqaat Mechanical Eng. Dept. Note: Answer five questions only Q1) Using the mesh analysis, find the power dissipated by 4k2 and 6k2 resistors for the network in Fig. 1. 4940 12 V ka Fig.1 Q2) Calculate the current through and the power dissipated in the 202 resistor for the network in Fig. 2 using the nodal analysis. 452 5.0 V. DIA 252 Fig.2 Q3) Using the superposition theorem, find the current through and the power dissipated in the 342 resistor for the network in Fig.3. 24 V 802 ww 12V 40 www I 2 192 14 10 40 ww Fig.3 Q4) Use Norton's theorem to find the current through and the voltage across the 922 resistor for the network in Fig. 4. (all resistances are in ohms). Lov & OMN 2 Fig.4 Q5) Find the Thevenin equivalent circuit for the network in Fig. 5. Then, under the maximum power condition, what are the power and current level to the load. www ww 402 40 492 39 V 402 40 492 www Fig. 5 06) Determine the current drawn from the source in the given circuit in Fig. 6. 18 Je a Fig.6 की चैन Lecturer Head of Department Dr. Harith A. Ali Msc. Muhammad M. Muhammad (JA Good Luck O 80 wwww. 40 9 مكالمات الطوارئ فققط لشركات Asiacell H
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