In this video, I go over the actual spherical harmonics equations, which exclude the radial terms from the solid spherical harmonics I had derived earlier. The spherical harmonics can be combined into

In this video, I go over the actual spherical harmonics equations, which exclude the radial terms from the solid spherical harmonics I had derived earlier. The spherical harmonics can be combined into

In this video, I go over the derivation of the solid spherical harmonics, which are solutions to the Laplace equation in spherical harmonics. They are referred to as "solid" because they include

In this video, I go over the derivation of the solid spherical harmonics, which are solutions to the Laplace equation in spherical harmonics. They are referred to as "solid" because they include

In this video I derive the Laplace Operator or Laplacian in polar coordinates, which will come in handy when I derive the Laplacian in spherical coordinates in the next video. Since polar coordinates are

Examples on System Response and Stability of Linear Feedback Systems

[Image1] Introduction Hey it's a me again @drifter1! Today we continue with my mathematics series about Signals and Systems to get into Linear Feedback Systems. So, without further ado, let's dive straight

An article on the usefulness of the Z Transform for Discrete-Time LTI System Analysis.

Full-on Laplace Transform calculation examples with pole-zero diagrams and ROC

An article on how the Laplace Transform can be used to analyze and classify LTI systems

An overview of some of the useful properties of the Laplace Transform.

An introduction to the concept of the Laplace Transform and its Region of Convergence (ROC)

source You just decided to click and read this post. But you could have chosen another post. Please don't get me wrong, I don't want to say that I am good and that's why you read my post now. I am not

Hello it's a me again drifter1! Today we continue with Differential equations to get into some exercises/examples of the Laplace method. In my previous post I covered the theory

Hello it's a me again drifter1! Today we continue with Mathematics to talk about the Laplace method that let's us solve (mostly) any Differential equation! We will get into the