@@MichelvanBiezen I mean geometry and not abstract levels. There are bonding and antibonding volumes around nuclei. Are they connectected to bonding and antibonding on MO diagram?
My chemistry book defines bond order as the difference between the number of bonding pairs and antibonding pairs. I like the method in this video better, it seems easier to think of whole numbers.
Juan Tovar sp3 means that you have a hybrid orbital that has been shaped by 1 s-orbital and 3 p-orbitals. You can see an orbital like that in methane, where the carbon atom changes the positions of its electrons so that one electron from the 2s-orbital occupies part of the 2p-orbital instead, which give 4 sp3 orbitals and allows carbon to makes a bond with four hydrogen atoms. Biezen has a bunch of videos about this, so you might wanna watch them. =)
You are the best teacher in the world. Gratulations. Andrea
Are antibonding electrons mostly located in outer antibonding volume around nuclei? Are bonding electrons mostly located between nuclei?
Antibonding electrons are found in orbitals at higher energy levels than where they were located prior to the molecular bonding.
@@MichelvanBiezen I mean geometry and not abstract levels. There are bonding and antibonding volumes around nuclei. Are they connectected to bonding and antibonding on MO diagram?
My chemistry book defines bond order as the difference between the number of bonding pairs and antibonding pairs.
I like the method in this video better, it seems easier to think of whole numbers.
There are several definitions, all are valid, but some make it easier to understand indeed.
What happened to Be2? How the story ended?
Not sure what you mean by that question.
@@MichelvanBiezen Video did not work at the end.
Ah, yes. We had some problems with the equipment that we bought. We had to replace the equipment, but some of the videos have not been redone.
Why to consider 1S if 2S exists?
If there is not enough room in the 1S orbital, then the electrons need to reside in the 2-S orbital
@@MichelvanBiezen Is there an example for it?
if b.o =1 there is a single bond between 2 atoms or if b.o=2 there is a double bond ,same for b.o=3 3ple bond . is that observation correct?
Guys, video has broken near the ends
The broken part seems to have been all about the bond calculations of the beryllium molecule though, so I don't think it's too bad.
what does sp^3 hybridization or so mean
Juan Tovar
sp3 means that you have a hybrid orbital that has been shaped by 1 s-orbital and 3 p-orbitals.
You can see an orbital like that in methane, where the carbon atom changes the positions of its electrons so that one electron from the 2s-orbital occupies part of the 2p-orbital instead, which give 4 sp3 orbitals and allows carbon to makes a bond with four hydrogen atoms.
Biezen has a bunch of videos about this, so you might wanna watch them. =)
Can you derived it from atomic structure in confusing can you explain it in a easier way
Juan Tovar
I don't know how familiar you are with atomic structure, but try searching for "hybridization".
Can you put image is it teached in general chem is every ring have a electric charge but how does p orbital and s orbitals look like
BOSS