What are the good career options after finishing an electronics and communication engineering bachelor’s degree?

If she is not interested in to further study, she should look for jobs in systems engineering or projects management. Perhaps product management or customer support. These positions are usually filled by engineers, but they do not use them to perform highly technical engineering tasks (e.g. design of microprocessors as well as Software engineering). They focus on using … Read more

How many electrons does oxygen prefer?

It’s dependent on whether it’s either ionised or not, as well as the type of oxygen it is, O2 molecule or atomic oxygen. One oxygen atom that is not ionized molecules contain 8 electrons, which are split between two layers two and six. This means that the second layer isn’t filled and can accommodate two electrons, which … Read more

Could someone into electronics help with what I describe below?

What you require is accelerometers. Accelerometers with three and six axes modules have become extremely cheap…every iPhone has this. In reality, it’s possible to accomplish anything you need to do with an app, if it was an iPhone. An easier version is the spring’s weight that is surrounded by rings electrodes. It is possible to make it using … Read more

What are the different ways to for an electronics graduate to enter the VLSI industry?

If you’re interested in opportunities in India Here are a some of the ways you could be able to get a shot for an interview While completing B.E./B.Tech Develop a solid understanding of Electronics topics. You can take VLSI electives and look at the world from a an engineering perspective. Try to find VLSI companies that are … Read more

Why don’t the orbital electrons of an atom fall down into the nucleus?

This was the issue that prompted quantum mechanics. The electron doesn’t travel the same path as a tiny dot. Its movement is intrinsically wavelike and all states that it can have within the atom are waveforms of some kind or different. Similar to other standing wave, these have clearly defined frequencies and wavelengths and wavelengths. There isn’t … Read more

When they say an electron has both a particle and a wave nature, what do they actually mean? How do you explain this phenomenon to a lay person?

If you are saying “explain,” do you mean “rectify using normal sense”? If not, I’m not able to. A common sense statement is that an electron is an atomized bullet. We always know the location and direction it’s going. If you aim it at an iron plate that has two holes and it bounces off, or … Read more

How can I start learning about electronics? Is there some book like electronics for dummies?

Grob’s Basic Electronics. Hands down. Even an earlier, less expensive edition. One of the top books available. A little bigger and covering subjects that are more advanced The book The Art of Electronics by Horowitz and Hill. The 3rd edition has just come out, and the 2nd edition is accessible for sale at a price of less than $40. One … Read more

Why don’t the electrons in the 1s-orbital cancel the charge of the protons in the nucleus, so electrons in the p, d and f don’t feel the protons?

The 1s orbital does not look similar to the globe. It’s more of clouds, where”electrons” or “electron pairs” are found “electron” (or “electron couple”) can be anywhere with varying probabilities in the infinite radius of a sphere approximately 90% most likely within a certain radius with a zero probability within the nucleus. This is the reason … Read more

Why does banging/hitting an electronic device make it work?

electronic devices don’t only involve electronic components, they also include mechanical designs too. For instance, an t.v. or, in the case of a remote. The remotes are built with some separation between the parts in order to make things quickly fixed. If you hit or shake the remote’s battery, they weren’t in contact with the terminal of the remote. … Read more

Why does BCS theory fail to explain superconductivity at high temperatures?

Technically, the answer is BCS theory does not explain superconductivity at high temperatures because electron-phonon coupling isn’t sufficient strong and (more important) because the superconductors with high Tc are deficient in the Fermi surface that is just above Tc. Disclaimer: I’m responding to this question only to the copper-oxide (cuprate) superconductors with high temperatures (many … Read more

Why it is not possible to measure the drift speed for electrons by timing their travel along a conductor?

> What makes it impossible? possible? Who says it’s not? If, by “conductor” you were referring to “a metal wire” the answer is no, it’s impossible to locate one QM entity, like an electron. It’s difficult to gauge the speed of wind by tracking nitrogen molecules! A single air molecule is able to move around at … Read more

How relevant is my knowledge of micro-controller electronics in the current world of electronics?

If you’ve got a thorough understanding of the basic design elements, including memory controllers, CPU architectures and flash memory, static RAM I/O techniques, interrupts and the concept of communication protocols, and more that are used to any modern system that uses microcontrollers. This is a large number of them. These elements are utilized in numerous systems without … Read more

Do electronics get damage by cold weather?

Yes, it can happen through a variety of mechanisms. Electrolytic capacitors contain electrolytes that could cause the capacitor to freeze and then be destroyed when temperatures are low. Additionally thermal expansion is an important problem: Every material has its own thermo-expansion coefficient. Because the majority of electronic components consist of multiple materials joined the differences can … Read more

What is kinetic energy and potential energy of electron present in 3rd bohr’s orbit of hydrogen atom?

Third Bohe orbit is a reference to the fundamental quantum number 3. Now, the energy of an electron for n = n is En = – 13.6/n2 eV for hydrogen Atom. In Bohr’s theory, we can see the equation:En= (1/2) ( potential energy). Thus, (1/2)(potential energy )=-(13.6/9)eV. Therefore, potential energy =-27.2/9 eV……………..(1) Now the kinetic … Read more

Why can’t the last shell of an atom have more than 8 electrons?

It could. You’ve been deceived by. It’s not since your instructors are bad however. The thought of teaching about orbitals when you’re using this swap and drop technique would make both your teacher and you headaches! Shells are divided into orbitals that have two electrons are occupying each. (This is the reason it is necessary to pair electrons … Read more

Does an EMP affect the circuits through which electricity is not passing, e.g. a car or a device that is turned off?

Possibly. EMP could damage everything that contains Electronics as well as conductors. To limit damage, switching off the power is one method to decrease the chance of damage caused by EMP. Design features can be used to reduce EMP impacts on military and space equipment. In the US the US, scientists and military experts were awed by the … Read more

Can a candidate with a BE in electronics and communication apply for an SSC junior engineer electrical post?

Yes, you can. Engineering services as well as SSC specify specific conditions. But, it is stated in their announcement that the requirements may be relaxed for outstanding candidates. It’s not unusual for engineering services since their primary concern is your performance during the entrance test and interview. It is impossible to do for SSC as well. Furthermore, I think that … Read more