How are carbon's valence electrons related to the bonds it forms?

Because carbon has four valence electrons, it can make four covalent bonds to obtain a full outer energy level. It creates hydrocarbon compounds when it only bonds with hydrogen. With other carbon atoms, carbon can create single, double, or triple covalent bonds.

Explanation:

Because carbon can mix with itself and many other elements, it is a highly frequent "ingredient" of matter. It may produce a wide range of compounds, with atom sizes ranging from a few to thousands. Carbon is the only element so far that can produce so many different compounds, and there are millions of them are known.
Carbon belongs to the periodic table's group 14 nonmetals. Carbon contains four valence electrons, like the other members of Group 14. Chemical bonds are formed by electrons in the atom's outer energy level. Four different covalent bonds may be formed by carbon. Chemical linkages between nonmetals are referred to as covalent bonds. Two atoms share an electron pair in a covalent link. Carbon shares four pairs of electrons by establishing four covalent bonds, attaining stability and filling its outer energy level.

Covalent bonds can be formed between carbon atoms or between carbon atoms and atoms of other elements. Carbon frequently forms hydrogen bonds. Hydrocarbons are carbon and hydrogen-based compounds.

With other carbon atoms, carbon can form single, double, and even triple bonds. Two carbon atoms share a pair of electrons in a single bond. They share two pairs of electrons in a double bond and three pairs of electrons in a triple bond.

learn more: https://brainly.com/question/1163696