How hard is it for carbon to form ionic compounds?

How hard it is for carbon to form an ionic compound would have been answerable if at all carbon can form an ionic compound. Carbon molecules cannot form an ionic compound. This is due to the fact that carbon has four valence electrons, which will not make it be able to form an ionic compound. For an ionic reaction to take place, there must be a transferring of the electron. And for an element to transfer electron, it should have like one, two, or three valence electrons to receive, and five, six, or seven electrons to donate.

If it has four electrons, the element already has a complete valence electron. Hence, it cannot transfer or receive any extra electron. However, an element with four valence electrons can share its electrons. This is called a covalence reaction. Therefore, a carbon molecule can share its electrons to form a covalent compound. Carbon finds it easy to form a covalent compound, but almost impossible to form an ionic compound.

Ionic bonds cannot be formed with carbon. In order for ionic bonds to happen, the elements have to gain or lose electrons. This causes it to become unstable, and the atom would then be too large for any bonding to form, and last.

Carbon on its own is very stable. When mixed with other elements such as hydrogen, it does not lose its stability. But there are some elements that pull from the natural balance of the carbon in order to stabilize and level themselves, which then leaves the carbon open to becoming unstable itself.

The bonds that are more likely to be formed instead of ionic are covalent bonds. With more than three different types of elements working together, the carbon can remain stable, and in a more workable condition.