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Level 33 credits
EE 340 · Electromagnetic Waves and Applications
This course covers time-varying electromagnetic fields, starting with Faraday's Law, displacement current, and Maxwell's equations, leading into the wave equation and Helmholtz equation for plane wave propagation. It covers wave polarization, the Poynting vector, and reflection/refraction at boundaries, along with transmission line theory and analysis. The course concludes with an introduction to rectangular waveguides, antennas, and basic optical fiber communication systems.
Level 33 credits
PrerequisitesNone
Next exam
Major 1
- Date to be announced
The date for this exam hasn’t been announced yet.
Videos
0Not uploaded yet. The Academic committee is collecting these.
Quizzes
19Ali Al-Reshaid
Quiz 5 (Ch 7.3-7.6)PDF · 329 KB Open Quiz 4 (Ch 7 - 7.3)PDF · 50 KB Open Quiz 6 (Ch 8.5-8.11)PDF · 240 KB Open Quiz 1 (Ch 1)PDF · 339 KB Open Quiz 2 (Ch 2)PDF · 72 KB Open Quiz 7 (Ch 9)PDF · 198 KB Open Q1 QuestionPDF · 108 KB Open Q1 SolutionPDF · 681 KB Open Q2PDF · 742 KB Open Q3PDF · 750 KB Open Q4PDF · 556 KB OpenAbdullah Algarni
Quiz 1-6 (Solved)PDF · 901 KB OpenMohammad Alhassoun
Quiz 1 SolutionPDF · 611 KB Open Quiz 2 SolutionPDF · 662 KB Open Quiz 4 SolutionPDF · 420 KB Open Quiz 3 SolutionPDF · 541 KB Open Quiz 5 Solution (Corrected)PDF · 899 KB Open Quiz 6 SolutionPDF · 561 KB Open Quiz 7 SolutionPDF · 533 KB OpenHomeworks
0Not uploaded yet. The Academic committee is collecting these.
Books & Notes
47Dr. Abdullah Algarni
Lecture 01PDF · 1.3 MB Open Lecture 03PDF · 2.1 MB Open Lecture 05PDF · 1.1 MB Open Lecture 04PDF · 1.7 MB Open Lecture 06PDF · 1.3 MB Open Lecture 02PDF · 1.3 MB Open Lecture 07PDF · 1.2 MB Open Lecture 08PDF · 1.3 MB Open Lecture 13PDF · 1.1 MB Open Lecture 15PDF · 1 MB Open Lecture 14PDF · 962 KB Open Lecture 16PDF · 1.3 MB Open Lecture 17PDF · 555 KB Open Lecture 22PDF · 1.1 MB Open Lecture 21PDF · 1.1 MB Open Lecture 20PDF · 1.1 MB Open Lecture 25PDF · 1.4 MB Open Lecture 24PDF · 1.5 MB Open Lecture 23PDF · 1.2 MB Open Lecture 27PDF · 541 KB Open Lecture 28PDF · 1.1 MB Open Lecture 29PDF · 2 MB Open Lecture 35PDF · 1.4 MB Open Lecture 30PDF · 310 KB Open Lecture 32PDF · 1.4 MB Open Lecture 31PDF · 1 MB Open Lecture 36PDF · 832 KB Open Lecture 38PDF · 1.3 MB Open Lecture 37PDF · 1.5 MB Open Lecture 39PDF · 1.1 MB Open Lecture 41PDF · 891 KB OpenE-Book
Part 1 (p.1-60)PDF · 7.3 MB Open Part 2 (p.61-190)PDF · 7.5 MB Open Part 3 (p.191-340)PDF · 7.3 MB Open Part 5 (p.481-489)PDF · 402 KB Open Part 4 (p.341-480)PDF · 7.7 MB OpenSolution Manual
Part 1 (p.1-105)PDF · 7.2 MB Open Part 2 (p.106-115)PDF · 8.8 MB Open Part 4 (p.126-145)PDF · 8.5 MB Open Part 3 (p.116-125)PDF · 7.2 MB Open Part 5 (p.146-654)PDF · 5.8 MB OpenMohammad Alhassoun
Chapter 1PDF · 7.3 MB Open Chapter 8 - Waves, Reflections and TransmissionsPDF · 5.3 MB Open Chapter 7 - Plane WavesPDF · 6.6 MB Open Chapter 9 - AntennasPDF · 4.9 MB Open Chapter 6 - Maxwell's EquationsPDF · 4 MB Open Chapter 2 - Transmission LinesPDF · 5.6 MB OpenOld exams
2| Semester | Major 1 | Major 2 | Final |
|---|---|---|---|
| Fall 2022 | Not uploaded yet | Open | Not uploaded yet |
| — | Open | Not uploaded yet | Not uploaded yet |
Formula sheet
0Not uploaded yet. The Academic committee is collecting these.