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I believe bond order just refers to the number of bonds between two atoms (single bonds, double bonds, triple bonds etc.) so I would just draw a lewis structure and count...
Bond order is determined by the type of bond (single, double, triple etc.) found between a pair of atoms. So, in order to determine the bond order, I would try drawing the lowest-energy Lewis structure for the molecule. For example, in the carbon monoxide molecule, the C-O bond order is 3 because carbon and oxygen are connected by a triple bond. Hope this helps!
To find bond order, count the number of bonds in a molecule and divide that by the number of bonding regions. For example, NO3- has 4 bonds, comprised of two single bonds and one double bond. You would divide 4 bonds by 3 bonding regions/bond groups to get a bond order of 1.33. For H2, you'd divide 1 bond by 1 bonding region to get a bond order of 1.
Am I understanding this right: the bond order of a compound is the average of all the different bonds present between the individual atoms in the compound. For example, if there's a compound consisting of three atoms bonded by one single and one double bond, you'd take the average bond energy from combining the single and double bonds right?
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