That's not entirely accurate. While carbon does share electrons with other atoms to form bonds, the formation of carbon compounds is more about sharing electrons rather than exclusively exchanging them.

Here's a breakdown:

* Carbon's Bonding Behavior: Carbon has four valence electrons, meaning it can form four bonds with other atoms. It achieves stability by forming covalent bonds, where it shares electrons with other atoms.

* Covalent Bonding: In covalent bonds, atoms share electrons to fill their outer shell and achieve a stable configuration. This sharing, not a complete exchange, creates the strong bond that holds carbon compounds together.

* Carbon's Versatility: Carbon's ability to form four bonds with various other elements (hydrogen, oxygen, nitrogen, etc.) contributes to the vast diversity of carbon compounds. These compounds can be simple like methane (CH4) or incredibly complex like proteins and DNA.

In summary: Carbon compounds are formed by carbon's ability to share electrons with other atoms through covalent bonds. This sharing of electrons leads to a wide array of compounds with diverse structures and properties.