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This document contains my personal notes in the form of manuscripts from self-study and class lectures when I was taking the Electromagnetic Fields class taught by Dr. Xun Gong at the University of Central Florida. This document consists of handmade annotations that I did myself about the subject, it contains common and fundamental knowledge about the field. These notes represent a distilled version of what I deemed significant and readily available in literature.
The purpose of this document is to provide students with an additional resource for their learning, fostering curiosity and aiding in self-study. Certain diagrams and definitions included in my notes could be sourced from the books: “Fundamental of Applied Electromagnetics by Fawwaz T. Ulaby, Umberto Ravaioli, 7th edition” and “Physics for Scientists and Engineers, A Strategic Approach with Modern Physic by Randall D. Knight 4 th edition”.
The Electromagnetic Fields class is especially recommended for students focusing on antenna design, communications, and related electrical engineering RF subjects. Please do not use this information for graded assignments of any kind. This document is solely for self-study and enjoyment.
Some of the relevant topics that can be found in this document are:
• Direction of Wave Travel
• Euler’s Identity
• Polarization of light
• Gradients and Vectors
• Scalar Functions
• Gauss’s Law
• Electric Field
• Faraday’s Law of Induction
• Magnetic Field
• Electrostatic Force
• Point Charges in Space
• Infinite Lines of Charge
• Infinitely Long Cylindrical Shell
• Spherical Shell with Outer Radius b
• Circular Ring of Charge on Plane X – Y
• Electric Potential V at a location A
• Boundary Conditions
• Capacitor explained from Physics.
• Coaxial Capacitor (Two concentric Cylinders)
• Capacitance
• Magnetic Force & Magnetic Torque
• Infinitely Long Thin Conducting Sheet
• Magnetic Force on Long Straight Conductor
• Magnetic Force on 3 Long Parallel Wires
• Inductance per Unit Length
• Magnetic Flux
• Many More Related Topics