Приклади вживання These electrons Англійська мовою та їх переклад на Українською
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So you have all these electrons.
And these electrons are jumping around this nucleus.
And if the voltage is evenhigher, these electrons want to get there even more badly.
These electrons no longer belong to any atom- they are mutual.
Where are these electrons going?
These electrons, or corpuscles, are the most active workers in Nature's field.
It's that the relative size-- so, we have these electrons, which represent very little of the mass of an atom.
These electrons increase in geometric progression through electrical and chemical processes.
Then the other constituents of photovoltaic modules transform some of these electrons into storable power.
It gains these electrons and these hydrogens.
The extra electrons from the n-layer can leave their atoms,while the p-layer captures these electrons.
In this case, these electrons must have opposite charges(spins).
While snow likes to give up electrons, the performance of the devicedepends on the efficiency of the other material at extracting these electrons.
This is a perfect conductor, so there's nothing stopping these electrons from just distributing themselves over this wire.
These electrons will be fired into a slab of gold to create a beam of photons a billion times more energetic than visible light.
And electron degeneracy pressure is essentially saying that all these electrons don't want to be into the same place at the same time.
They would then fire these electrons into a slab of gold to create a beam of photons a billion times more energetic than visible light.
While snow likes to give up electrons, the performance of the devicedepends on the efficiency of the other material at extracting these electrons," he added.
These electrons would then get fired at a slab of gold, blasting out a beam of gamma rays packing a billion times more energy than visible light.
So if there's a high voltagedifference between these two terminals,then the electronsthat are sitting here, these electrons want to reallybadly get here, right?
These electrons help to neutralize the positively charged free radicals that accumulate in various tissues and can damage the walls of the arteries.
That if they are able to shed some of these valence electrons-- so if I write iron has two valence electrons like that--even if they shed these electrons, they kind of have a reserve of electrons in the d subshell for the previous shell.
Because if these electrons aretraveling slower, so the current here is lower-- currentis really just the rate at which the chargeis traveling, right?
But the other way to think about it, and this time I'm going to actually talk about the electrons, so let'stalk about things going in this direction, is-- so these electrons, through this wire, they can go as fast as they want to go, right?
But the old idea was that you have these electrons that are orbiting around the nucleus very similar to the way the Earth orbits around the Sun or the moon orbits around the Earth.
If you can get these electrons up to a higher energy, so about 1,000 times higher than this tube, the X-rays that those produce can actually deliver enough ionizing radiation to kill human cells.
While external forcessuch as physical rubbing can force some of these electrons to leave their respective atoms and transfer to the atoms of another material, they do not move between atoms within that material very easily.
And the reason why these electrons don't just go off away from this nucleus, why they are kind of bound to this nucleus, and they form part of this atom, is that protons have a positive charge, and electrons have a negative charge.
The problem was that mostmolecules of interest contained hundreds of electrons, and each of these electrons interacted with every other electron in a quantum mechanical fashion- resulting in millions of interactions that even powerful computers could not handle.
And if you're wondering how these electrons could go flying around independently of their atoms, that's because of a process called ionisation, in which- in this case- an electrical charge changes the atom's structure by pushing those electrons off into the space around.