Carbon has four valence electrons and can form a maximum of four single bonds. CBr5 requires the carbon to form 5 bonds, and this is too energetically unfavourable to occur.
The Element carbon can have a maximum of 4 bonds with other atoms. CBr5 would require it to form 5 bonds.
Carbon atoms have 4 valence electrons, so it can form only 4 bonds. CBr5 would require carbon to form 5 bonds. A molecule composed of carbon and bromine atoms would be CBr4, which is carbon tetrabromide.
This compound doesn't exist.
I suppose that this compound doesn't exist.
There is no compound with the formula "P2N8" - it just could not possibly exist.
Aluminum is an element, composed of molecules, is on the periodic chart, does exist by itself AND can be combined to form compounds.
Carbon atoms have 4 valence electrons, so it can form only 4 bonds. CBr5 would require carbon to form 5 bonds. A molecule composed of carbon and bromine atoms would be CBr4, which is carbon tetrabromide.
This compound doesn't exist.
This compound doesn't exist.
This compound doesn't exist.
This compound probable doesn't exist.
yes. it does exist
A compound Cl2Na doesn't exist now. If you think to sodium chloride (NaCl) this is a compound.
This compound doesn't exist.
Very probable this compound doesn't exist.
This compound don't exist today.
CCl6 doesn't exist. CCl4 and and C2Cl6 do however.
no, it does not exist