Where do electrons get energy to spin around an atom's nucleus?

How does the electron get energy to spin around the nucleus?

[@hanumantd]

The background music/noise is extremely annoying.

[@skaterideexplore6793]

Such annoying music in the background I can’t watch to the end. It’s too loud and distracting…

[@hipposonic]

Also I find the AI voice tiring after awhile.

[@hipposonic]

Ps that aside I love the video 👍

[@ahmedmahrous1678]

And deeply useless

[@majorrgeek]

still does not explain where electrons get their energy to spin around a nucleus of an atom

[@josephmachila2925]

This video has lamentably failed to answer the question. The question is simple, "Where do electrons get energy to spin around aton nucleus...?"

[@philipbell6544]

Did this answer the question- where do the electrons get their energy?

[@latifxkhan1725]

It is hard to understand,but it was good to listen 😂😂😂😂

[@giorgiolelmi8175]

*Not enough information mentioned to understand****

[@foxnebula145]

When you trying to sound smart in front of your crush:

[@criticallook1352]

it derives its energy from all the weight of the entire universe pressing down on it from ever angle possible. :

[@Democratic_Industrialism]

I like how the video doesn’t answer it’s own title question

[@daazex69]

Excellent video

[@MyHandsAreMadeofGlass]

Don't frequencies from stars, black holes, and large celestial bodies cause atoms to spin?

[@yoniraziel9242]

What's with the torturous background 'music' ???

[@chrisjarmain]

Does anyone know why the electron or atom even starts spinning. All well and good how it does, when, or after it has formed. But any clues as to how it starts its spinning. Atoms are just energy. I just wondered if there was any actual answers

[@user-ut1pb9sb7r]

I lost half of my electrons, because of this laud music😔

[@Maxfuretto]

Wow, it is so complicate.... My english is poor, I tried to understand but it is an huge step. Anyway, I think it is a good video even if maybe not really for just a curious person without a scientific base. It is a good job your one, if it could be just a little easier.... 😅

[@ChandanKumar-ho3my]

Very good

[@griffgruff1]

Why the distracting music ? :-(

[@zappiolioso]

Do the planets all revolve like at the same degree around the sun or does that vary?

[@hengenavuu4296]

Bgm is annoying

[@jesuschrist8]

What if it is a particle and the fabric of space-time is always waving. This would satisfy the wave-particle duality of light and electron.

[@janvanheerden4681]

Your background noise is disturbing

[@marcusmarable7081]

Okay what blows my mind is this about a billion billion billion (10^27) atoms in the human body, ok but each one as the same temperature of the human body. So 10^27 X 98.6 gives a total of this 6.902E28 . Can someone explain why we aren't busting into thermal nuclear fusion?

[@yogeshnagar462]

Atoms don't have their own temperature. Temperature is defined by the material atoms forms.. every material has their properties.in case of nuclear reaction when two electrons collide with the help of external force that the fusion or fission starts...and in your case our body is that material which has its limits.. and during evolution our body cells adapt themselves within a certain temperature limit and no matter what they never elevate or lower the temperature then they are programmed to. Unless there is an outer factor. 1:58

[@danp1224]

There must be free energy to collect. That moving electrons. Get to work.

[@justincase4812]

Well, answer your god damned question.

[@arielperez797]

I wonder at what speed does the electron orbits the nucleus. Would it be at the speed of light? Edit: just checked and apparently YES it does orbit at the speed of light. That is insane! At such a tiny scale...that almost seems like the electron can be in every spot around a certain quantized orbit. Let's say the closest orbit allowed....the whole shell would be the electron like a sheet around the nucleus. Both a particle yet....also a cloud of possibility. You could theoretically point at any point in the orbit at any time and the electron is and isn't there. Like a wheel spinning so fast that at a point it seems to not be spinning at all...even though we know it is spinning just so fast. Light moves at about 300,000 kilometers per second. Imagine that speed orbiting something as small as an atom? How many times the electron orbits something usually .1 nanometer big. Edit 2= this is so fascinating! So using the hydrogen atom as our atom. The electron travels around the first Bohr orbit about 6.62 x 10 to the 15th power IN ONE SECOND. that is 6.62 x 10 000,000,000,000,000 times IN ONE SECOND! that is mind boggling fast. Wtf...I can't even imagine that. The electron is in all places around the nucleus is seems to the human eye and mind. Basically.

[@AkshatSharma1505]

Why doesn't it collide with the nucleus? What laws of quantum mechanics stop it from doing so and why? And why does its kinetic energy cancel out the attractive pull generated by the nucleus?

[@arielperez797]

@@AkshatSharma1505 you are good for pointing that out. There is a reason....im going to check it out. I thought it had something to do with negative repelling positive. But that is just a guess. Do you actually know why it doesnt collapse? Could you explain? It is an interesting question.

[@AkshatSharma1505]

@@arielperez797 I watched another video yesterday and the reason it doesn't collide is that the energy released or absorbed by an electron when it jumps up or down an orbit is quantised meaning it's only in discrete values. The Schrodinger's wave equation gives the probabilistic position of any electron depending of the s,p,d,f orbits of the atom.

[@AkshatSharma1505]

But I still don't understand why? Why is it only in discrete quantities and why do the laws forbid it from colliding with the nucleus?

[@arielperez797]

@@AkshatSharma1505 when it jumps energy states....doesn't it also release a photon of light?

[@ProCook703]

it’s not even dense

[@User00571]

It gets energy from proton and neutron. There is no loss of energy that's why atom don't age. Actually.....🤔🤔🤔🤔 It's not electron that himself chose she'll or say path of flow or region of stay but it is neutron and proton who decide protons location. Electron motive? Electron want to catch proton to became neutron and neutralize charge to became stable matter. Neutron don't want him to catch proton, so neutron keep rotating proton away from electron. Where ever proton goes , what is rotation of neutron in center same circulation behavior observed for electron. Irregular the neutron proton combined shape, irregular electric circulation/she'll path. Thats way we don't have certain place. If we stop neutron proton rotation, electron will catch proton and both will convert into neutron. Why different shells? There are no shells but as electron running behind proton and neutron trying to run away proton from electron is circular motion, all electrons run is same circular direct and due to negative negative repulsive charges they distance each other, to higher the electrons higher the circulation area they cover, being away from center, easy to loose from atom.

[@assassin4737]

wonderful explanation/ but i have a question that why Neutron don't want him to catch proton? where we know the fact that neutrons are neither attracted to nor repelled from objects?

[@User00571]

@@assassin4737 if neutron didn't stop him, electron will come to nucleus area and stick to proton and they will form neutron, (electron+proton is neutron formation) so there will be no nuclear energy, and that will be total collapse of atom.

[@emmb7688]

What about hydrogen which does not have a neutron

[@user-id7ht6vo8r]

i did not answer a simple question,

[@user-zi9bh4js2w]

Please take that "music" away! I find it very disturbing.

[@Govstuff137]

I have to say your so called music is way too distracting. I want to listen a 3rd time but I can't .

[@marvelcomparison]

wOW

[@noreigaoconnorspecialk6771]

The graphics are not n'sync with the verbal explanations! 😒😣😣😣🖐 # annoying and confusing

[@curtismoh]

too much music 😋😋😋

[@hmk8996]

So where do electrons get energy? BTW, get rid of the annoying background music!

[@amigatroels3645]

Oh my God, that f***ing "music" makes it impossible to watch this!

[@ChandanKumar-ho3my]

Ttigtoh Uty

[@Demokrat112]

Sorry but your answer is not satisfactory

[@vidarpaulsen2755]

Terrible music, and to loud.

[@life_score]

BS music, remove that from video

[@hebrewisraelitescharleston843]

This video have no mental input or effort