Examples of 'more electronegative' in a sentence
Meaning of "more electronegative"
more electronegative: having a greater tendency to attract electrons in a chemical bond. This phrase is used in chemistry to compare the relative electronegativity of different elements in a molecule or compound
How to use "more electronegative" in a sentence
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more electronegative
Oxides of more electronegative elements tend to be acidic.
The potential of newer structures is more electronegative.
Is more electronegative than bromine.
The potential of coated structures may be more electronegative.
And oxygen is even more electronegative than carbon.
The sulfur is still bonded to a bunch of things that are more electronegative to it.
That oxygen is so much more electronegative that it hogs the electrons.
And the reason why is flourine is even more electronegative.
Carbon is more electronegative.
I also have a partial negative charge because this guy is more electronegative.
Hydrogen is more electronegative than silicon hence the naming convention of silyl hydrides.
So both chlorine and oxygen are more electronegative than sulfur.
More electronegative metals and ligands tend to stabilize electrons better than their less electronegative counterparts.
This is because the halogens are more electronegative than carbon.
So it 's more electronegative than carbon.
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Electron density is polarized towards the more electronegative atom.
This is because oxygen is more electronegative than carbon and thus forms stronger bonds.
These covalent features are more substantial when acceptors bind hydrogens from more electronegative donors.
The addition of Zn leads to a more electronegative corrosion potential.
So in this relationship between oxygen and hydrogen, oxygen is more electronegative.
Q Cl is more electronegative.
Suitable counterions generally are counterions which are more electronegative than hydroxide ions.
They are much more electronegative than me to hydrogen, so maybe they are kind of attracted here.
But in this situation, oxygen is more electronegative than hydrogen.
Carbon is more electronegative than magnesium, so there is a partial negative charge on the carbon!
Second, only fluorine is more electronegative than oxygen.
It 's more electronegative than the carbon, which will have a partial positive charge.
For example, chlorine is more electronegative than carbon.
Borides - compounds consisting of two elements of which boron is the more electronegative one.
Non-metals are more electronegative than metals.
In fact, there is only a few elements that are more electronegative.
Oxygen is much more electronegative than the hydrogen, so you have a partial negative charge there.
Because it 's so much more electronegative.
Since O is more electronegative than H, an unequal sharing of electrons occurs.
A ketone group is polar, as oxygen is more electronegative than carbon.
It 's more electronegative than the things that it 's bonded with.
When in doubt, lone pairs should be placed on more electronegative atoms first.
The fluorine is more electronegative and has an oxidation state of -1.
The atom with the δ - designation is the more electronegative of the two.
Indeed, some elements attract electrons with more strength than others, they are more electronegative.
As a result, nitrogen is much more electronegative than the other group 15 elements.
These characteristics become more substantial when acceptors bind H-atoms from more electronegative donors.
Moreover, a sp2 carbon is more electronegative than a sp3 carbon.
This carbon is already -- he has a positive charge, and his oxygen is more electronegative.
Additionally or alternatively, the first material may be more electronegative than the second material.
With the exception of iodine, all of the halogens are more electronegative than carbon.
And a couple of videos ago, we said oxygen is a lot more electronegative than the hydrogen.
It 's to the right of carbon and it 's way more electronegative than hydrogen.
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Examples of using Electronegative
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So the most electronegative atoms are going to be right here
Typical modifications call for electronegative substituents
Strongly electronegative atoms readily accept electrons
