Примери за използване на More electronegative на Английски и техните преводи на Български
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So it's more electronegative than carbon.
In fact, there's only a few elements that are more electronegative.
Oxygen is more electronegative than carbon.
It's to the right of carbon andit's way more electronegative than hydrogen.
It's more electronegative than the things that it's bonded with.
But in this situation, oxygen is more electronegative than hydrogen.
It's more electronegative, so this thing over here will actually be given to the aluminum.
This time, carbon is more electronegative than lithium.
I also have a partial negative charge because this guy is more electronegative.
And oxygen is even more electronegative than carbon.
This carbon is already-- he has a positive charge,and his oxygen is more electronegative.
The nitrogen is more electronegative and thus draws electrons to the center.
But we know, or hopefully we can review,that oxygen is much more electronegative than hydrogen.
The chlorine atom is much more electronegative than the hydrogen atom, which makes this bond polar.
The sulfur is still bonded to a bunch of things that are more electronegative to it.
And we know that because oxygen is more electronegative, and we will talk about the trends in a second.
But when it gains the hydrogen it's ableto hog hydrogen's electrons. Because it's so much more electronegative.
So both chlorine andoxygen are more electronegative than sulfur.
So if carbon is more electronegative than lithium, carbon's going to steal the two electrons in red.
And as you get more experience there, you will say, well, you know,bromine is much more electronegative than hydrogen.
So in this situation,since bromine is more electronegative, it will hog the electrons in this bond.
Oxygen is more electronegative than hydrogen, so the oxygen is partially negative and the hydrogen is partially positive.
If we were to write its oxidation state, in every case it's bonded to something that's more electronegative. So it's going to be giving up its electrons.
Because oxygen is more electronegative, oxygen is going to pull those electrons in red closer to itself.
It shares a lone pair to the hydrogen atom which bears a positive charge in the compound hydrogen chloride because is more electronegative than hydrogen.
This is because oxygen is more electronegative than carbon and thus forms stronger bonds.
Phosphorus: In compounds with metals and hydrogen,phosphorus exhibits an oxidation degree of- 3, and in interaction with more electronegative elements, like oxygen, fluorine, etc.
Oxygen is much more electronegative than the hydrogen, so you have a partial negative charge there.
Aluminum is in the same row, but chlorine's way more to the right,so it's more electronegative, so the chlorines are going to hog the electrons in this molecule.
As more electronegative, oxygen takes the main part of the density, concentrating on itself the partially negative charge.