|Dec9-06, 06:25 PM||#1|
Molecular Orbital Theory
According to molecular orbital theory, which of the following species is the most likely to exist?
I think the answer is c), due to it having a bond order of 1, but I just wanted to make sure.
|Dec9-06, 11:19 PM||#2|
The point here is probably to have you assess the respective diatomic compound given form (e.g. ion with a 2- charge) with other possibly more stable electron counts. For instance if you find that H2 is more stable then H2-, then there's an incentive to browse some of the other choices.
|Similar Threads for: Molecular Orbital Theory|
|Nature of molecular orbital.||General Physics||0|
|Molecular Orbital Diagrams||Biology, Chemistry & Other Homework||1|
|Molecular orbital calculations||Atomic, Solid State, Comp. Physics||1|
|Molecular Orbital Theory||Chemistry||2|
|Molecular orbital question||Chemistry||1|