What are some amazing electronics tricks?

These are the top tech-related advice I’ve found: Set an alarm for your wristwatch, so it is easily located should it be lost. Briefings received come from Nielsen rating Comes with five dollars inside! If you complete the questionnaire the box, they’ll mail you another 5 dollar bill. Link for those who are doubtful ( The Money For Nothing … Read more

Is telecommunications engineering and electronics engineering the same?

They are not the same. It is evident from the different words used to describe engineering, which do not necessarily refer to synonyms. Both are parts that are part of the electrical engineering. Telecom engineer focuses on the communication component i.e. the engineer can create circuits with the expertise he/she acquires in electronics. However, the telecom aspect is … Read more

Do photons stop existing after they transfer their energy to other particles (eg. electrons)?

Inna Vishik’s response is right on. Another thought From a perspective of relativity the photon, which is always traveling in the direction of light is not subject to any change since its time has been frozen. From the perspective of the photon, the universe’s entire surface is flattened in the path of travel. This makes it … Read more

I’d suggest that the first one is more accurate – however, the second statement is easier to understand. An electron is not a wave, nor is it an ordinary (classical) particle. It’s actually somewhere between. Richard Muller has referred to this phenomenon as an “wavicle” and this may be more insightful. An electron is an “thing” that can exhibit characteristics that are typical of the classical particle (classical electromagnetism treatments) as well as exhibits the behaviour of the classical wave (electron Diffraction). It’s true that saying it’s an “wave and particle” could be inaccurate. What happened was that as we looked more closely to the universe, we realized that there’s no separation between these two entities. Classical particles don’t exist They’re not really there. Sure, the model is still useful in certain instances however, you must remain aware of limitations of the approximate. Therefore, electrons aren’t classical particles or waveforms ….because classical particle aren’t even real! However the “both” statement still provide the information needed It’s not wrong in and of itself. It’s somewhat confusing now, as modern physics redefines the term particle according to its own requirements and we’ve come to distinctions in between “classical particle” (what you were referring to as particles in the question) as well as “particles” (which refers to “wavicle” and we’re too lazy to change our terminology. Depending on the person you’re speaking with, the electron could be an element! It’s like an unending collection of words – with a myriad of icky, horrible subtleties. That’s why physics is based in math and science, and not on handwaving languages!

Let me say it in this manner The cellphone is one example of three of them working in tandem. Electrical engineering is symbolized in the form of a battery and charging circuit. It consumes large amounts of electricity or produces it according to its use and then transmits or receives electricity using wires. Electronic Engineering is … Read more

Which statement is more accurate: “an electron is neither a particle nor a wave.” or “an electron is both a particle and a wave.”?

I’d suggest that the first one is more accurate – however, the second statement is easier to understand. An electron is not a wave, nor is it an ordinary (classical) particle. It’s actually somewhere between. Richard Muller has referred to this phenomenon as an “wavicle” and this may be more insightful. An electron is an “thing” … Read more

Is it possible to have an electronic device where in place of electrons are moving photons?

It’s not. One of the properties in metals is bonds between particles “float” their electrons throughout the entire mass. It’s not so much that electrons perform everything, but that the metals and various other materials possess special characteristics that affect the way they interact with electrons. Photons can be used to perform some fascinating things. There’s a field … Read more

What are similarities of electron and proton?

Protons and electrons are the two major charged particles that compose the atoms. Third particle, which is neutral, and is known as the neutron. The neutrons and protons are located in a tiny volume within the central region of the atom known as the nucleus. Its radius is approximately 1/100,000. the radius of the atom. The electrons carry negative … Read more

Why is the drift velocity of electrons so low? Don’t electrons move at around 10% of the speed of light?

The Drift velocity of an electron is the maximum velocity it attains as a result of the electric field that is applied. When an electric field is applied over a conductor, random moving electrons are exposed to electrical forces that follow that direction in which the field of electricity is. This field causes electrons to move randomly … Read more

How can an electronic communications engineer become successful in today’s world?

“Electronics as well as Communication Engineering” refers to an engineering field which encompasses sub fields like analog electronics electronic devices, consumer electronics embedded communications systems, and power electronics. Electronics engineering focuses on the application of principles, applications and algorithms developed in a variety of related disciplines. For instance, solid-state physics, telecoms, radio engineering Control systems, Signal Processing … Read more

Why are electrons in a pair?

Simple answer, one is the “Up” spin while and the other is”Down” spin “Down” spin. There has to be both up and down spin for them to cleave each other out. Long and complex answer The answer is long and complex. This gives them several characteristics that are quite unique. In this case, electrons they have a characteristic … Read more

What are extra courses that students do to excel in electrical and electronics while studying in engineering?

Electrical engineers are more than just designers……..There are lot of things that you should try to excel in this field :- 1. Develop your ideas in the core. U isn’t going to be able to do anything when your basic concepts aren’t evident . An electrical engineer is a person who creates and develops electrical devices, resolves … Read more

What is the cost saving potential of digital/electronic signature solutions?

There is a significant shift in the moment changing from signatures with regular forms to electronic signatures . In addition to being a commodity electronic signatures, they can also bring significant savings in cost. These savings are derived through savings from envelopes, papers or stamps, ink… as well as storage expenses, since you don’t need to store … Read more

How was the ESE paper 2018 for the ECE branch?

Paper 1 was challenging for ece. The questions were more favourable to the civil and mechanical branch. Paper 2 was not balanced. There were too many questions from a few topics, and certain topics were completely overlooked, however the questions were not too difficult. Certain questions required a lengthy calculations. Cutoff predictions are difficult due to the fact … Read more

What are the latest research trends in electrical and electronics engineering?

The latest trends in electronics and electrical engineering that can be identified (and competent to follow and comprehend, despite the limited knowledge acquired by an undergraduate degree in the identical) include the Internet Of Things (IoT) (which is growing so quickly that, in a few years, IoT will be part of every aspect of life). There’s … Read more

What is the ratio of the specific charge of an electron to that of a proton?

When”specific” is used to refer to a specific thing, or when “specific” is preceded by another word, it usually means that the quantity is multiplied by the weight of the item. Specific charge is, thus another way of describing the charge-to-mass ratio of particles. The mass to charge ratio for an electron as well as proton … Read more

A large number of electrons are present in metals. Why is there no current in the absence of an electric field?

Since there is no electric field, all electrons wander around randomly . This means that there isn’t any regular motion of electrons in a particular direction , which can give rise to the phenomenon of a current . When the electric field is applied, the electrons are dragged toward the positive terminal, which creates a net … Read more

What is the drift velocity of an electron?

In general , electrons show random motion. This implies that the number of electrons moving in one direction are approximately equal to the amount of electrons that move in opposite directions. Therefore, it is believed that there isn’t a flux of electrons in this scenario as there isn’t the electric field. In an electric field, while every … Read more

What is scope of power electronics careers in India?

Today, the most developing field of research can be described as Power Electronics. According to the latest census, India is the second fastest expanding econony globally. Its Power System is one the elements that affected the ranking. NaMPET is working fast to ensure the expansion in power Electronics across India. Numerous other institutes, like Electronics Ministry, IITs and BITS-Pilani … Read more