DIU-BLC
Electromagnetic Fields and Waves (Spring 2024)
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Course data
EEE-225: Electromagnetic Fields & Waves
Question and Answer Forum
Course Instructor
Google site
Class Lecture(Hand Note): Magnetic Force and Torque
Solution of exercise 5.1 to 5.5
Quiz 02 & 03
Quiz 02 & 03 Question
Course Information
Assessment Strategy
Expectations/Suggestions
Resources
Google Meet Link for City campus EVE 201 L2T3 A Section
Google Meet Link for Ashulia Campus EVE 201 L2T3 A Section
Textbook(s)
Reference Book(s)
Course Profile
Class recording for CC_EVE_201_L2T3_A
Introduction to the course of Electromagnetic Fields & Waves-22/09/2021
Introduction to vector Analysis-25/09/2021
Vector Analysis & Coordinate system-29-09-2021
Coordinate system-part-02 02-10-2021
Gradient, Divergence & Curl--->20/10/2021
Electrostatics-part01 27/10/2021
Electrostatics-part-02 4/11/2021
Electrostatics-part03 4/11/2021
Electrostatics part-04 11/11/2021
Capacitance in Electrostatics (MUST WATCH)
Application of Biot-Severt Law & Concept of Inductance
Maxwell's Equation-self study
Class recording for AC_EVE_201_L2T3_A
Introduction to Electromagnetic Fields & Waves course-23/09/2021
Introduction to Vector Analysis-30/09/2021
Vector Analysis & Coordinate system-5/10/2021
Coordinate system part-02
Coordinate system part-03
Gradient, Divergence & Curl--19/10/21
Electrostatics Part-01 25/10/21
Electrostatics-part-02 4/11/2021 (copy)
Electrostatics part-03 from CC EVE
Electrostatics-part04 4/11/2021
Electrostatics part-05 9/11/2021
Capacitance in Electrostatics (MUST WATCH) (copy)
Electrostatics-Part-6 30/11/2021
Application of Biot Severt Law
Static Magnetic Field-Inductance
Maxwell's Equation-Self Study
Quiz 1 & 02
Quiz-03
Assignment
Presentation
Mid-Term Exam
Midterm Question
Module-2: Coulomb's Law and Electric Field Intensity
Lecture PDF on Module-1
Class note
External resource on module-1
Interactive Content for Module-1
Module-3: Electric Flux Density, Gauss's Law
Lecture File on Module-2
Class note
Supplementary Videos
Interactive Content for Module-2
Assignment-1
Feedback for Module-2
Module-4: Electrostatics potential, Electric dipole, Capacitance & Energy in Electrostatics field
Lecture PDFs of Module 3
Class note
Pre-Class Video
Module-5: Energy, Poisson and Laplace's equation
Lecture File on Module-4
Class note
Supplementary Videos
Feedback for Module-4
Module-6: Lorentz's force equation and Fundamental Postulates of Magnetostatics in free space
Lecture File on Module-5
Class note
Supplementary Videos
Assignment on Module-5
Feedback for Module-5
Module:7 The Biot-Savart Law, Magnetic field intensity and boundary conditions for magnetostatics fields
Lecture slide
class note
External resource
feedback and discussion
Module:8- Maxwell's equations & Magnetic Energy
Slide on Module-7
External Resource
Feedback and Discussion
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EEE 319 (AH-241)
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Faculty of Engineering
Electrical and Electronic Engineering
EEE Spring 2024
EEE 319 (AH-241)
Summary
Electromagnetic Fields and Waves (Spring 2024)
Skill Level
:
Beginner