ELEC 206 • Tüm Sınavlar • Electromagnetics

General Information

The Electromagnetic Model

Fundamental Quantites

Introduction to Vector Analysis

Vector Algebra

Vector Addition and Subtraction

Example(Vector Algebra)

Vector Multiplication

Example(Vector Multiplication)

Distance and Position Vectors

Example(Distance and Position Vectors)

Coordinate Systems

Cartesian, Cyclindrical and Spherical Coordinate Systems

Cylindrical Transform and Spherical Coordinate Systems

Gradient of Scalar Field

Example (Gradient of Scalar Area)

Example (Gradient of Scalar Area 2)

Divergence of Vector Field

Curl of Vector Field

Stokes's Theorem

Two Null Identities

Field Classification and Helmholtz's Theorem

Introduction to Static Electric Fields

Coulomb's Law

Electric Field Strength

Example (Electric Field Strength)

Example (Electric Field)

Electric Field Generated by Discrete Sources

Electric Field Generated by Continous Load Distributions

Example (Continuous Load Distributions)

Electric Flux Density

Example (Electric Flux Density)

Gauss's Law

Example (Gauss's Law)

Electric Potantial

Electric Potential Due To A Charge Distribution

Example (Electric Potential)

Derivation of the Electric Field from Electric Potantial

Example (Derivation of the Electric Field from Electric Potantial)

Example (Derivation of the Electric Field from Electric Potantial 1)

Electric Dipole

Example (Electric Dipole)

Electrostatic Energy

Example (Electrostatic Energy)

Example (Electrostatic Energy 2)

Electrostatic Force

Material Environment in Static Electric Fields- Dielectrics

Example (Material Environment in Static Electric Fields- Dielectrics)

Boundary Conditions

Example (Boundary Conditions Between a Conductor and an Insulator)

Example (Boundary Conditions Between two Insulator)

Capacitance and Capacitors

Example (Capacitance and Capacitors)

Example (Vector Multiplication)

Example (Coordinate Systems)

Example (Coordinate System 2)

Example (Gradient of Scalar Area 3)

Example (Divergence of Vector Field)

Example (Stokes's Theorem)

Example (Electric Field)

Example (Continuous Load Distributions 1)

Example (Continuous Load Distributions 2)

Example (Gauss's Law 2)

Example (Electric Potential 2)

Example (Derivation of the Electric Field from Electric Potantial 2)

Example (Electric Dipole 1)

Example (Electrostatic Energy 3)

Example (Material Environment in Static Electric Fields- Dielectrics 1)

Example (Boundary Conditions Between two Insulator 1)

Example (Capacitance and Capacitors 1)

Example (Capacitance and Capacitors 2)

Example (Magnetic Induction)

Example (Conductivity Current)

Example (Magnetic Field Strength)

Example (Magnetic Forces)

Example (Magnetic Forces 2)

Example (Magnetic Forces 3)

Example (Magnetic Forces 4)

Example (Magnetic Field Strength 2)

Example (Magnetic Field of Solenoid)

Material Environment in Static Electric Fields- Conductors

Example (Material Environment in Static Electric Fields- Conductors)

Example (Material Environment in Static Electric Fields- Conductors 1)

Material Environment in Static Electric Fields- Resistors

Example (Material Environment in Static Electric Fields- Resistors)

Joule's Law

Continuity Equation and Relaxation Time

Example (Continuity Equation and Relaxation Time)

Example (Material Environment in Static Electric Fields- Dielectrics 1)

Example (Boundary Conditions Between two Insulator 1)

Example (Magnetic Induction)

Example (Conductivity Current)

Example (Magnetic Field Strength)

Example (Magnetic Forces)

Example (Magnetic Forces 2)

Example (Magnetic Forces 3)

Example (Magnetic Forces 4)

Example (Magnetic Field Strength 2)

Example (Magnetic Field of Solenoid)

Conductivity Current

Convection Current

Electrostatic Energy

Capacitance

Capacitance I

Dielectric Strength

Electrical Potential

Coulomb's Law

Stokes's Theorem

Curl of Vector Field

Divergence Theorem

Divergence of Vector Field

Gradient of Scalar Field

Spherical Coordinate Systems

Transformation of Coordinate System

Distance and Position Vectors

Orthogonal Coordinate Systems

Orthogonal Coordinate Systems I

Introduction to Time Varying Fields and Maxwell's Equations

Faraday's Law of Electromagnetic Induction

Faraday’s Induction Law

A Stationary Circuit in a Time-Varying Magnetic Field

Displacement Current

Ampere's Law

Current Density

Maxxwell's Equations

Electromagnetic Boundary Conditions

Electromagnetic boundary conditions

Time Harmonic Fields

Complex Numbers

Complex Numbers

Complex Numbers

Complex Numbers

Phasors

Phasor

Phasor

Phasor

Electromagnetic Spectrum

Introduction

Complex Electrical Permittivity

Wave Equations

Propagation Constant, Damping Factor, Phase Constant

Plane EM Wave Propagation in Lossless Media

Real-time Expressions of Fields

EM Wave 1

EM Wave 2

EM Wave 3

EM Wave 4

EM Wave 5