Fourier Series and Transform
Master Fourier Series and Transform, by gaining an amazing understanding behind the logic.
Description
This Fourier Series course includes over 12 hours (estimation) of video-on-demand supported by fully detailed quizzes, formula sheets, and solutions.
While creating the course, we have spent a lot of time on its structure so that anyone with a basic math background could master Fourier Series and Transform with ease.
As Afterclap Academy always does, the topic is divided into smaller, easy to understand parts. So that, you can easily understand any topic no matter how complex it is.
In this course, what you are going to learn;
Graphical representation of trigonometric functions with variable amplitude, period, phase shift, and vertical displacement
Describing non-sinusoidal functions.
Graph of non-sinusoidal periodic functions
Integration of some functions that are built-in within Fourier Series and Transform
Find the coefficients of the Fourier series
Identify even and odd functions analytically and graphically
Also, you can ask your questions anytime you want. We will be replying your questions within 24 hours.
We expect our students to benefit from this course a 100% percent, to make that possible, we are giving-away 1 to 1 free lectures.
Without having any other lecture on the topic, you will be an expert. Thanks to neat explanation and smooth example solving.
In Afterclap, We Trust
Sincerely,
kavcar
Afterclap ACADEMY
What You Will Learn!
- Learning the fundamentals of functions including "even-odd functions" ; "periodic functions" ; "trigonometric functions"
- With the fundamentals of functions, exploring the building blocks of any possible function.
- Being able to deal with complex numbers, complex number representations and calculations.
- Being able to graph sinusoidal functions by knowing "amplitude" "argument" "period" "phase".
Who Should Attend!
- Engineering Students (because the topic is included in Advanced Engineering Math)
- Physics Students
- Math Students
- Basically, anyone looking for some fun Fourier learning process :)