Has a guy ever given you mixed signals?
One minute he's crazy about you and the next minute you have no clue if he ever wants to see you again?
And it's especially hard when there's something special between you and you have no idea what went wrong.
I assure you it's nothing that you did.
In fact, he may even care about you a great deal and still not be able to stop himself from acting this way.
But why does this happen?
There's one BIG reason why men do this...

And I discovered this eye opening video that will shed some light on this bizarre behavior.
It all comes down to a missing "secret ingredient" that not one in a thousand women knows about...
And it's the biggest factor that determines whether a man just "likes" you...
...or if he sees you as "The One."
You see, this "secret ingredient" is so important to a man that no matter how attracted to you he is, or how strong your chemistry is...
If it's missing, he'll never be able to truly give his heart to you...
And he will always have an unshakeable urge to seek out a woman who has this one "secret ingredient."
On the other hand, when you know this powerful "secret ingredient"...
...you won't believe how effortless, passionate and bulletproof your relationship can be.
Trust me, this is going to blow you away.
Discover it here:
==> The #1 reason you're not his priority anymore
To your health & vitality
Jaden |
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he carbon monoxide has a very high bond-dissociation energy, the strongest of any neutral molecule, 11.65 eV. Carbon and oxygen toher have a total of 10 electrons in the valence shell. Follog the octet rule for both carbon and oxygen, the two atoms a triple bond, with six shared electrons in three bonding molecular orbitals, rather than the usual double bond found in organic carbonyl compounds. Since four of the shared electrons come from the oxygen atom and two from carbon, one bonding orbital is occupied by two electrons from oxygen, ing a dative or dipolar bond. This causes a C←O polarization of the molecule, with a
Tsmall negative charge on carbon and a small positive charge on oxygen. The other two bonding orbitals are each occupied by one electron from carbon and one from oxygen, ing (polar) covalent bonds with a reverse C→O polarization, since oxygen is more electronegative than carbon. In the carbon monoxide, a net negative charge δ– remains at the carbon end and the molecule has a small dipole moment of 0.122 D.
The molecule is tfore asymmetric: oxygen has more electron density than carbon, and is also slightly positively charged d to carbon being negative. By contrast, the isoelectronic dinitrogen molecule has no dipole moment. The most important resonance of carbon monoxide is C–≡O+. An important minor contributor is the non-octet carbenic structure :C=O.
Carbon monoxide has a computed fractional bond of 2.6, indicating that the "third" bond is important but constitutes somewhat less than a full bond. Thus, in valence bond terms, –C≡O+ is the most important structure, while :C=O is non-octet, but has a neutral al charge on each atom and represents the second most important resonance contributor. Because of the lone pair and divalence of carbon in this resonance structure, carbon monoxide is often considered to be an extraordinarily stabilized carbene. Isocyanides are compounds in which the O is replaced by an NR (R = alkyl or aryl) group and have a similar bonding scheme.
If carbon monoxide acts as a ligand, the polarity of the dipole may reverse with a net negative charge on the oxygen end, depending on the structure of the coordination complex. See also the section "Coordination chemistry" below. Bond polarity and oxidation state Theoretical and experimental studies show that, despite the greater electronegativity of oxygen, the dipole moment points from the more-negative carbon end to the more-positive oxygen end. The three bonds are in fact polar covalent bonds that are strongly polarized. The calculated polarization toward the oxygen atom is 71% for the σ-bond and 77% for both π-bonds.
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