which is more stable CO or NITROGEN MOLECULE ?
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YOU WOULD HAVE TO USE THE BOND ENTHALPIES TO WORK OUT WHICH ONE. SEEING THOUGH N2 MAKES UP 78%OF THE EARTHS ATMOSPHERE ITS SEEMS VERY INERT SO MOST PEOPLE WOULD ASSUME THAT IS THE ONE
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Carbondioxide gas, Oxygen gas and Nitrogen gas
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carbon needs 4 bonds to be stable. if there is not enough stuff around to make single bonds, it will be double. and still be more reactive wanting just single bonds
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Cobalt cyanide. Read all about it here:
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All form diatomic molecules, are highly reactive, and as elements are colored.  They can form ionic compounds with electropositive metals, and substitute for hydrogen in hydrocarbons to make a vast array of compounds.  All have stable isotopes except astatine.
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Helium IS stable!  In fact, it can be thought of as MORE stable than the other inert gases.  Some of them, like Xe and Kr, form fluorides and in some cases oxides.  But He is so small, and its electrons so close to its nucleus, that it won't give them up, even to fluorine.
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Transition metals are stable.  Mercury is a metallic liquid at room temperature.  Diamond and graphite are allotropes of carbon.  H, N, O, F, Cl, Br, I, At form diatomic molecules.  He, Ne,Ar, Kr, Xe, Rn are monoatomic gases at room temp.
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Boron, Carbon, Nitrogen, Oxygen
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Trans- isomers are more stable than cis- isomers because they keep similar groups farther apart.  For example, trans- and cis- dichloro-ethene:\n\nTrans- vs. Cis- dichloroethene:\ntrans:\nhttp://shrimpandgrits.rickandpatty.com/blogfiles/transdce.png\ncis:\nhttp://shrimpandgrits.rickandpatty.com/blogfiles/cisdce.png\n\nObviously, in trans, the two Cl's are farther apart.  The story of stability in chemistry and materials is that alike things don't like to be by each other (like 2 positive charges or 2 magnetic norths repeling each other).  In organics, like groups close to each other experience what's called steric interactions, which make a molecule more unstable than the two alike groups being as far away as possible.
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Nitrogen has five unshared electrons , in ammonia 3 hydrogen atoms with nitrogen  covalently bonded remaining 2 unshared electrons and for that it is basic , when fourth hydrogen atom bonded to nitrogen of ammonia the 2 electrons from Nitrogen bonded to proton , and that bond in known as dative bond, so NH$ is a positive ion for that reason.
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Check this out....\n\nhttp://www.sciencestuff.com/prod/Chem-Rgnts/C2043
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Phosphine, arsine, and ammonia are all gases at ambient temperature and pressure.  But ammonia has a higher boiling point than the other 2, about -33 C.  All 3 are polar molecules.  But ammonia can form hydrogen bonds.  This increases the strength of the intermolecular forces, causing the liquid state to be more stable.
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heres an easy one..its nitrogen 79.1%next is oxygen and then 0.03 %is carbondioxide.
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Construct a Lewis structure for NH3 ( Use N as the central atom ):  first: Determine the total number of valence electrons in the molecule.  In this case there are 8.  Represent shared pairs of electrons between the bonded atoms.  There will be one line connecting each atom, with each line representing two electrons, accounding for six of the eight available electrons.  With the remaining two valence electrons, position them on the fourth unbonded side, satisfying the octet rule for Nitrogen.\n\nThe above described Lewis structure gives you the molecular structureTrigonal Pyramidal ( three bonding pairs and one non bonding pair)\n\nRules for predicting molecular shape by VSPER theory:\n\n1.  Determine Lewis structure\n2.  Determine the number of electron pairs (bonded and non bonded) surrounding a central atom.\n3.  Use VSEPR theory to decide what symmetrical three dimensional shape will accommodate all bonded and non bonded electron pairs.\n4.  Classify the shape of the molecule by considering the arrangement of the joined atoms only, ignoring the nonbonded electron pairs.  That is why, although the NH3 molecule  has four pairs of electrons around the central atom, ammonia's shape is trigonal pyramidal.
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NaCl IS A MOLECULE CALLED TABLE SALT!\nNH3 is not a molecule because the nitrogen atom is not bonded to another atom/atoms using all of its valence electrons and is therefore not a molecule, it is an ion.
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Carbon bound to Nitrogen by a triple bond.
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The Lewis dot structure would be that N in the middle with branches off to oxygen and 2 Fs and then one single electron will be on nitrogen and it is a radical I think. It is very reactive because of this one electron. The electron geometry will be something with sp3 orbital, I am not sure since it only has one electron. I would check up on that. Hope that helps