Rajeswari Palanivel

I don’t. Seriously? Let me explain. Quantum physics starts when we take equations from classical Physics and play around with them to come up with equations which, in addition, have solutions that are classically correct, but also solve problems that don’t make sense in a classical context. These solutions are still real. Do you remember … Read more

Hello Friend………. Electronics and Communication Engineering:Electronics and Communication Engineering is the one of the branch of study which mainly deals with the electrical and electronics components and this course of study is employed in the bachelor of engineering course of study which is an under graduate degree course of study and this course of study … Read more

Although there is little difference between the two, Electron Gain Enthalpy and Electron Affinity are sometimes referred to. The amount of energy that an electron releases when it is added to a gaseous atom is called electron gain enthalpy. Energy can be either released or absorbed during the addition of an electron. Sign the Electron … Read more

These answers are excellent, but I want to offer something informal. There is stuff inside a proton. An electron doesn’t. You may have heard the expression E=mc2. More energy, more mass. Whizzing is a great example of energy. A proton is much larger. (NOTE: I may have written a lot of things that are incomplete. … Read more

That is an interesting question! The answer is no, electrons do not collide. But not in the traditional sense. This means that electrons don’t interact directly with electrons. Or, in quantum field theory’s language, the electron field is “linear”, without self-interactions. But electrons can interact with the electromagnetic fields: they absorb and emit photons. They … Read more

Thank you A2A Let me explain this differently. This pic is: They are so cute! I hope you feel the exact same. Who doesn’t?! ! But now let me ask you a question? Which one of the two above (a tiger or a terrier) would you rather keep as a pet? You could have them … Read more

The neutron-The neutron was first discovered by James Chadwick, an English physicist. Ernest Rutherford, a 1920 physicist, proposed that the nucleus of atoms contained massive, neutral particles. This was due to the difference between an element’s Atomic Number (protons = electrons), and its Atomic Mass (usually more than the mass of all the protons). James … Read more

Hello, Today we’ll learn how to become an Electronics Engineer. Ingredients: A single soul who enjoys being in the Electronics Domain Preparation time : 4-5 years Recipe Let one person learn the basics of how things work. Let him/her know the basics of Mechanical, Electrical and a hint of Computer Science. Before you can become … Read more

Many people feel that quantum mechanics is not real. If we could only understand the position of a particle and the rest of the complex nonsense, it would be a relief. You are not alone if you feel this way. Albert Einstein, who was also troubled by the same issues, suggested some interesting scenarios to … Read more

Here’s the complete list: Network Analysis: Van Valkenburg D. Roy Choudhary, Network and Systems Integrated Electronics Jacob Milman & C. Halkias Millman & Grabel K.R. Integrated Circuits Botkar Op. Op. Moris Mano, Digital Logic & Computer Design Signals and System: Oppehum Willsky & Nacob Automatic Control System: Benjamin C. Kuo Control System Engineering: Nagrath & … Read more

This is a great and insightful question! The answer isn’t simple. In fact, it can’t even be compared with common sense. However, I can offer some historical context to help you get the picture. A lot of new explanations and discoveries came together around 1900 to create a huge bus-wreck. The first was James C. … Read more

The Standard Model of particle Physics states that electrons do not have an internal structure. Each of the three quarks that make up proton and neutron are composed of three quarks. A proton is made up of two up and one down quarks, while a neutron is made up of one up and two down … Read more

Main difference – Proton and Neutron vs Electrons Sub-atomic particles are also known as protons, neutrons and electrons. These are vital components in the construction of an atom. Every atom contains different amounts of protons, neutrons and electrons. This is how atoms retain their uniqueness and identity. They differ in their mass and have different … Read more

ECE students will find the best jobs in the Instrumentation Area. Many companies prefer to hire an experienced individual over someone who is just starting out. There are slightly job opportunities for core electronics but relatively more job vacancies for communication(telecommunication). It is important to be familiar with your core subjects, such as analog electronics, … Read more

If you are going to produce electronic music, I recommend sticking with the most used paid DAW. Then, check out if there is a demo or free trial. These include, but are not limited to, Ableton, Fruity Loops, Logic, Cubase, and Logic. There are many factors that you may not have considered before you use … Read more

Normally, electrons are bound to atoms. Because electrons carry a negative charge, atoms contain positively charged particles. It is known that electrons are located near the nucleus at ‘energy levels. They’stick around’ an atom because they are attracted to its nucleus in a sense. Some materials have outer electrons that are loosely bound to atoms. … Read more

Although I do not know the true reason, let’s use Proof of contradiction to find out. Let’s assume that electrons don’t move, and are therefore static. (WHY)? 1) Because electron is particle and wave at the same moment, the Heisenberg principle states that we can’t find the position or momentum of an electron simultaneously. What … Read more

There is so much… You can be a great electrical and electronics engineer (EEE) if you want to excel in this field. You can also call it electrical and computer engineering (ECE). Razvan Guleryuz is a strong opponent of mine. He does not seem to be able to grasp ECE in depth or breadth. Take … Read more

Physics doesn’t know what electrons actually are. These answers describe the main characteristics of electron behavior: they interact with negatively-charged particles, and so forth. Although physicists can write equations to describe electrons’ behavior, they aren’t able yet to know what electrons are made of or their origins. Physics has not yet found components for electrons. … Read more

If you are interested in higher education after completing your Engineering in Electronics and Communication, then you can pass the gate exam and study Mtech. But if You want a job then You are not getting any good private job then do training any subject like telecommunication,Embedded, VLSI or any other field but whatever you … Read more

Electric charge is carried by electrons. The electromagnetic field is generated by electric charge. The electromagnetic field is created when electrons interact with it. This interaction between the electromagnetic field and the electronic field is described in quantum field theory as a set of chunks or units at a given frequency/energy. This means that when … Read more

You get a Nobel prize. We cannot see the electron’s structure. It seems to lack volume and no central kernel. It may be a little bit of mass or charge that manifests itself in any volume. You have created dramatic new physics by splitting it. Particle physicists are going to be very grateful for the … Read more

New measurements have shown that the electron is nearly a perfect sphere. The electron would appear almost sphere-like if magnified to the size the solar system. According to the Standard Model of particle Physics, the electron’s shape is not the same as a sphere. This is due to the electric dipole moment within the electron. … Read more

If 1 Coulomb charge flows through a wire in 1 second, then the current through that wire is 1 AMERE. I=Q/t 1 Ampere = 1 Coulomb 1 SecondCharge on 1 Electron = 1.6×10-19 Coulomb By the unitary method If 1.6×10-19 Coulomb/Second (Ampere), = Current by 1 electron Then, 1 (Coulomb / Second) or 1 (Ampere), … Read more

Simply put: An electron is an elementary fundamental sub-atomic particle that revolves around the nucleus. This is only half the truth. Quantum mechanics might shock you. An electron is neither a particle or a wave. It is not clear what it is. It is dual-nature. That’s it.

What are electronics? This is the trickiest question I will answer. As we see world is all round of the devices,network,systems,instruments which is all made by a human being. The world is made up of many natural things, but humans play an important role in making this WORLD LIVE . All this aside, one of … Read more

This question seems to be asked in a western context. Indian context. This is a …. attempt. Opportunity Type #1 (The easiest and most popular): Join a software company such as TCS, Wipro or Infosys. This is the obvious choice for most Electronics engineers, and all engineers regardless of their field. Opportunity Type #2 – … Read more

The electron is charged by its interaction with the electromagnetic field. The charge must have a strong coupling force (magnitude) that cancels any other charges it generates. Hello! Good question. As I answer the question, I would like to assume that the reader is familiar with calculus. You may need to trust my mathematical manipulations, … Read more

Hey Buddy It’s a good question. Many students want to know more about ECE. ! The oldest and most respected course in engineering, Electronics and Communication Engineering is among the top. This article will provide guidance, choices, career development strategies, job opportunities, salary and skills required in the field Electronics and Communication to ECE and … Read more

To date, I have read three books about digital electronics. Here is my opinion on each book. Digital Electronics by S.Salivahan – I recommend this book to all beginners. It is written in a very simple language. The theory part is very well explained, but there are fewer questions to practice. This book will help … Read more