# which of the following chemical bonds have the lowest potential energy?

January 22, 2021
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In this video, I’m going to show you how to calculate the lowest energy bond between two atoms in a molecule.

This is the most basic question I get asked frequently. With so many atoms in the air, what is the lowest energy bond between two of them? The answer is that it’s the same as the lowest energy bond between two atoms in an ionic molecule. But it is a bad one because it’s also the one that doesn’t get you a Nobel Prize.

The answer is that its the same as the lowest energy bond between two electrons in an ionic molecule. The same goes for many other chemical bonds. The key is to calculate the lowest energy bonds when you get the question wrong.

The best way to calculate the lowest energy bond is to use quantum mechanics. The potential energy of each bond is the same as the potential energy of an ionic molecule. It is the potential energy of the bond that matters. The lowest energy bond is the one you want to break. The lowest energy bond between two atoms in an ionic molecule is the same as the lowest energy bond between two atoms in an ionic molecule.

The lowest energy bond between two atoms in an ionic molecule is the same as the lowest energy bond between two atoms in an ionic molecule. The potential energy of the bond between an oxygen atom and a hydrogen atom is the same as the potential energy of the bond between an oxygen atom and a nitrogen atom. These are the same when you use a computer to do the calculation.

The potential energy of an atom versus bond is the same as the potential energy of the bond between two atoms.

In a few years we’ll be looking at a few other atoms and molecules, some of which are very similar. They are each actually in the form of a dimer, one of which is a hydrogen atom. It then has to be the same bond as the bond between a carbon and nitrogen atom in the dimer.

A bond between two atoms is actually a more complex structure to describe, though it can be represented in a simple way and be solved by a number of different methods. A bond between two carbon atoms in a molecule is actually a six-membered ring with three carbon atoms, and a bond between two oxygen atoms is a six-membered ring with four oxygen atoms. Most bond energies are between about 1 and 2.

The bond between two carbon atoms in a molecule is actually a six-membered ring, not a six-membered ring with three carbon atoms, so we have to talk about the bond between two nitrogen atoms in the dimer. This bond has the lowest energy of any possible bond that isn’t in the dimer.

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