Because the eigenfunction of the collapsed wave function that results from inserting the Hamiltonian of C2's composite orbital's degrees of freedom into Schrodinger's equation yielded a lower eigenstate for that situation than if you did the similar thing to an unbounded carbon atom.
Woof! I couldn't have said it better myself. How refreshing!
I can just hear Mortimer Snerd squeezing out a yowl.
That was beautiful!
This question seems a bit unclear. Perhaps it meant something like: "how many electrons can be shared with carbon atoms?" Anyway, a carbon atom can share 4 electrons with other atoms, including other carbon atoms.
Carbon can share up to 4 valence electrons. This allows it to form stable covalent bonds with other atoms to achieve a full outer shell of electrons.
One carbon atom will typically share electrons with four other atoms to complete its outer electron shell, achieving a stable configuration. This enables it to form up to four covalent bonds with other atoms.
The initial statement in this question is false, carbon atoms do share electrons with other carbon atoms. An example of when they do share electrons can be found in diamond, where the carbon atoms form a tetrahedral shape to form one of the strongest naturally occurring substances..
A single covalent bond is two electrons. It's also known as a "shared pair" of electrons.
a carbon atom can share electrons with up to four other atoms.
This question seems a bit unclear. Perhaps it meant something like: "how many electrons can be shared with carbon atoms?" Anyway, a carbon atom can share 4 electrons with other atoms, including other carbon atoms.
4
Carbon would share electrons with the oxygen to form carbon monoxide or carbon dioxide.
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Carbon can share up to 4 valence electrons. This allows it to form stable covalent bonds with other atoms to achieve a full outer shell of electrons.
4
One carbon atom will typically share electrons with four other atoms to complete its outer electron shell, achieving a stable configuration. This enables it to form up to four covalent bonds with other atoms.
The initial statement in this question is false, carbon atoms do share electrons with other carbon atoms. An example of when they do share electrons can be found in diamond, where the carbon atoms form a tetrahedral shape to form one of the strongest naturally occurring substances..
The nonmetal family of the periodic table that wants to gain, lose, or share four electrons is the carbon family or Group 14. Elements in this group have four valence electrons and can form covalent bonds by sharing these electrons, such as carbon in organic compounds.
mostly all carbon compounds have covalent bonding since carbon can't donate it's valence shell electrons it can share those electrons
They have 4. They "want" to share 8, but they don't always get to do so. Carbon monoxide is the best example of incomplete combustion.