I love math. Math proves the theorems about sciences such as physics and helps solve difficult problems. I envision problems in mathematical terms, and like to talk about it until I fall asleep. I love learning about math, because it is intuitive and forms the basis for many of my favorite sciences.
Learning at home
I jumped ahead of the school curriculum, and spent much of the summer with my dad and learned about applications of calculus.
Proof of Euler’s formula, identify and relation to trigonometry. «read more»
Proof of Laplace transforms as used in my Electronics article «read more»
Laplace in Mechanical Systems
Using Laplace transforms to solve mechanical ordinary differential equations «read more»
Introduces the formulas for Capacitor and Inductor impedance. «read more»
Evaluating Transfer Functions.
Evaluating transfer functions with impulse, unit step and sinusoidal input signals «read more»
RC Low-pass Filter
Low-pass filters remove high frequency components from a signal. A single-pole passive RC filter consists of a resistor and capacitor in series. «read more»
RLC Low-pass Filter
Filters can remove low and/or high frequencies from an electronic signal. They can be used to suppress unwanted frequencies such as background noise. This article shows the math and visualizes the poles in the
s-place, examines and visualizes the the step and frequency response. «read more»
RLC circuits are resonant circuits, as the energy in the system “resonates” between the inductor and capacitor. We will examine the properties of a resonator consisting of series circuit of an inductor (L), capacitor
(C) and resistor (R), where the output is taken across the resistor. «read more»