## DMAS Functions on Complex Numbers

Like ordinary arithematic, DMAS (division, multiplication, addition, and subtraction) functions can be applied to complex numbers. In this post you’ll learn the application of DMAS functions on complex numbers. Since complex numbers are legitimate mathematical entities, just like scalar numbers, they can be added, subtracted, multiplied, divided, squared, inverted, and such, just like any other … Read more

## The Ultimate Guide to Polar and Rectangular Notations and Conversions Everyone doing Electrical Should know

In order to work with complex numbers without drawing vectors, we first need some kind of standard mathematical notation. There are two basic forms of complex number notation: polar and rectangular. What is Polar Form The polar form is where a complex number is denoted by the length (otherwise known as the magnitude, absolute value, … Read more

## Complex vector addition in Electrical Engineering

If vectors with uncommon angles are added, their magnitudes (lengths) add up quite differently than that of scalar magnitudes: (Figure below) If two AC voltages — 90o out of phase — are added together by being connected in series, their voltage magnitudes do not directly add or subtract as with scalar voltages in DC. Instead, … Read more

## What is the Basic Difference between Calibration and Re-ranging of Instruments and Devices

Calibration and re-ranging are the two most important and fundamental concepts every Instrumentation Engineer should know. In this article, you’ll learn the basic difference between calibration and re-ranging of instruments and devices. What is Calibration To calibrate an instrument means to check and adjust (if necessary) its response so the output accurately corresponds to its … Read more

## Vector Addition in Electrical Engineer

Vectors play a fundamental role in solving AC electrical problems. In this article you’ll learn about Vector addition in Electrical Engineering. Introduction Remember that vectors are mathematical objects just like numbers on a number line: they can be added, subtracted, multiplied, and divided. Addition is perhaps the easiest vector operation to visualize, so we’ll begin … Read more

## How to Represent Waveforms in form of Phasors

Let’ start our article with a Quiz Question. Here we have two AC waveforms and it is desired to convert them to phasor: a), b), c), or d) what’s the correct option. From given options b) is the correct answer. In this article you’ll learn how to represent ac waveform to vectors. How exactly can … Read more

## Is it Possible to Design an Electric Plane

The airplanes use aviation fuels that are either petroleum-based fuels or are petroleum and synthetic fuel blends that are used to power the aircraft. Here a question arises: Is it Possible to Design Electric Plane? The simple answer is NO! This video discusses the answer in brief and complete calculations behind this:

## Basics of Complex Numbers for Electrical Engineers

If I needed to describe the distance between two cities, I could provide an answer consisting of a single number in miles, kilometers, or some other unit of linear measurement. However, if I were to describe how to travel from one city to another, I would have to provide more information than just the distance … Read more

## How LED works | Basics of LED for Arduino Learners

The LED or light-emitting diode is a semiconductor light source that emits light when electric current flows through it. This Arduino tutorial presents the fundamental concepts of LEDs for beginners.

## How Electric Power Transmission Lines Work [Video]

This video presents basic working of Electric Power Transmission lines. Other topics in Electric Power Transmission: Topic Details Power Transmission MCQs 100+ MCQ on Electric power transmission 5 methods to reduce power losses in transmission lines Top 5 methods employed for reducing power losses in electric transmission lines Single line diagram Whitepaper on Single Line … Read more