CO+ has a shorter bond length than CO- so its bond order is greater! As student yoyu are prbably expecte to use an MO diagram removing an electron from the HOMO highest occupied molecular orbital. there are different diagrams around. Some of them indicate that bond order will increase as you are removing an electron from an anti-bonding orbital a 2s-sigma. You may wish to look at the digram that your teacher has recommended and use that to get the "right" answer - the test is how to use MO diagrams after all.
1s2 2s2: Two of its electrons are in the first s orbital and the remaining two are in the second s orbital.
The 2pz atomic orbital has a distinct dumbbell shape, oriented along the z-axis. It consists of two lobes that extend in opposite directions from the nucleus, with a nodal plane at the xy-plane where the probability of finding an electron is zero. This orientation and shape reflect the orbital's angular momentum and energy level, distinguishing it from other orbitals, such as 2px or 2py.
elements, or atoms, do not have valence numbers, they have valence orbitals (the outermost one) or valence electrons (all the electrons in the outermost orbital). you can look this up anywhere that shows the electron configuration, like your periodic table.
In the Bohr model of argon, the nucleus is surrounded by two energy levels of electrons. The first energy level contains two electrons and the second energy level contains eight electrons. This configuration follows the octet rule for stability.
CO+ has a shorter bond length than CO- so its bond order is greater! As student yoyu are prbably expecte to use an MO diagram removing an electron from the HOMO highest occupied molecular orbital. there are different diagrams around. Some of them indicate that bond order will increase as you are removing an electron from an anti-bonding orbital a 2s-sigma. You may wish to look at the digram that your teacher has recommended and use that to get the "right" answer - the test is how to use MO diagrams after all.
Like hexane model here.
The answer would depend on how it was made to orbit and the strength of the electrical field.
Check out www . motorcraft service . com ( no spaces ) Click on Owner Guides The owners manual ( which includes the fuse panel diagram ) can be viewed on-line
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NH4 is an ammonium cation (positively-charged molecular version of ammonia NH3) and it would look like this: H H N H H
Most sites will make you pay for info like this. There should be a digram somewhere under the hood, usually in view of where you would be changing it. If not, (like me) make friends with the hottie behind the counter of your friendly neighborhood parts store and ask to look at the "Haynes " auto repair manual for this model. (or buy it for $17.00). Most sites will make you pay for info like this. There should be a digram somewhere under the hood, usually in view of where you would be changing it. If not, (like me) make friends with the hottie behind the counter of your friendly neighborhood parts store and ask to look at the "Haynes " auto repair manual for this model. (or buy it for $17.00).-CE
Fues box under the hood. Relay location is towards the back. You will have to look up or look at the digram box on your fuse box. I found mine at 56A. I had to switch it out because I didn't have A/C.
⬆⬇1s ⬆⬇2s ⬆2p 2p should look like _ _ _ 2p
1s2 2s2: Two of its electrons are in the first s orbital and the remaining two are in the second s orbital.
go to a mercury dealer and have then photo copy a digram for you
No, if you take a look at the molecular orbitals of carbon, you will notice that its LUMO is the sigma antibonding orbital. This means if you try to put any electrons into a carbon with 4 existing bonds, you are actually breaking bonds. It can however, exist in an extremely unstable high energy intermediate.