Skip to main content

Write For Us


Sharing knowledge is a noble thing!

This Blog has been started with an vision of helping electrical engineering students in understanding the basics of electrical engineering in easy words and sharing interview questions.
Would you like to help us in fulfilling our mission??
Topic Present for guest post

I am looking for high-quality, actionable posts that fit the theme of this blog. Anything in the following subjects would be welcome:

  • 1. Multiple choice questions(set of 15 question)
  • 2. Interview questions which is asked normally.
  • 3. You can write on any topic related to electrical engineering. For example, you can write on topics related to power system (electrical generation, transmission, distribution), electrical machines etc.

What do we expect from you?

When it comes to publishing articles, the quality and subject of the article play a major role and we want to ensure that we manage both. Before publishing an article, you may want to make sure you are submitting an article on a topic, which has not been published on our site yet. If you have any questions, you can ask to speed-up the process. As an author, you should be responsible for the following:

The article must be unique and not published anywhere (neither on the internet nor on the printed media). That is the article must self written. And also, you wont publish the article anywhere else once it is published on this blog.


Make sure there are no grammatical or other errors. Source code in the article has a proper code format.


It must be 400 words or more. Split your article into small paragraphs and include several sub headlines.


Write as it will be easier to understand.


Submit your post

If you have a post that meets the guidelines, send your proposal to janiprabhat@gmail.com.

Comments

  1. Nasira Anan Seif19 December 2025 at 15:05

    This blog is an excellent resource for electrical engineering students and professionals alike. The focus on simplifying complex concepts, sharing practical interview questions, and providing well-structured content makes learning both engaging and effective. I truly appreciate the effort to maintain high-quality, unique articles. Looking forward to contributing and learning more about electrical engineering and related engineering services!"

    ReplyDelete

Post a Comment

Comment Policy
We’re eager to see your comment. However, Please Keep in mind that all comments are moderated manually by our human reviewers according to our comment policy, and all the links are nofollow. Using Keywords in the name field area is forbidden. Let’s enjoy a personal and evocative conversation.

Popular posts from this blog

Transformer multiple choice questions part 1

Hello Engineer's Q.[1] A transformer transforms (a) frequency (b) voltage (c) current (d) voltage and current Ans : D Q.[2] Which of the following is not a basic element of a transformer ? (a) core (b) primary winding (c) secondary winding (d) mutual flux. Ans : D Q.[3] In an ideal transformer, (a) windings have no resistance (b) core has no losses (c) core has infinite permeability (d) all of the above. Ans : D Q.[4] The main purpose of using core in a transformer is to (a) decrease iron losses (b) prevent eddy current loss (c) eliminate magnetic hysteresis (d) decrease reluctance of the common magnetic circuit. Ans :D Q.[5] Transformer cores are laminated in order to (a) simplify its construction (b) minimize eddy current loss (c) reduce cost (d) reduce hysteresis loss. Ans : B Q.[6] A transformer having 1000 primary turns is connected to a 250-V a.c. supply. For a secondary voltage of 400 V, the number of secondary turns should be (a) 1600 (b) 250 (c) 400 (d) 1250 A...
7 comments
Read more

Armature Voltage Control Method or Rheostatic Control of dc motor

Speed Control of D.C. Shunt Motor (Part2)  2. Armature Voltage Control Method or Rheostatic Control        The speed is directly proportional to the voltage applied across the armature. As the supply voltage is normally constant, the voltage across the armature can be controlled by adding a variable resistance in series with the armature as shown in the Fig. 1. Fig. 1 Rheostat control of shunt motor        The field winding is excited by the normal voltage hence I sh is rated and constant in this method. Initially the reheostat position is minimum and rated voltage gets applied across the armature. So speed is also rated. For a given load, armature current is fixed. So when extra resistance is added in the armature circuit, I a remains same and there is voltage drop across the resistance added ( I a R). Hence voltage across the armature decreases, decreasing the speed below normal value. By varyi...
Post a Comment
Read more

Demagnetising and Cross Magnetizing Conductors

The conductors which are responsible for producing demagnetizing and distortion effects are shown in the Fig.1. Fig. 1        The brushes are lying along the new position of MNA which is at angle θ  from GNA. The conductors in the region AOC = BOD = 2θ  at the top and bottom of the armature are carrying current in such a direction as to send the flux in armature from right to left. Thus these conductors are in direct opposition to main field and called demagnetizing armature conductors.         The remaining armature conductors which are lying in the region AOD and BOC carry current in such a direction as to send the flux pointing vertically downwards i.e. at right angles to the main field flux. Hence these conductors are called cross magnetizing armature conductors which will cause distortion in main field flux.        These conductors are shown in the Fig. 2 Fig. 2  ...
Post a Comment
Read more