* Stability is relative: Atoms strive for a stable electron configuration, usually by having a full outer shell of electrons.

* Number of electrons isn't the only factor: The number of protons (which determines the element) and the arrangement of electrons (in orbitals) are crucial for stability.

Examples:

* Carbon (6 protons): Carbon has 6 electrons. It's not particularly stable on its own, as it only has 4 in its outer shell. It tends to form bonds with other atoms to achieve a full outer shell.

* Nitrogen (7 protons): Nitrogen has 7 electrons. It's more stable than carbon because its outer shell has 5 electrons, meaning it's only one away from a full shell.

* Neon (10 protons): Neon has 10 electrons with a full outer shell. It's very stable and exists as a noble gas.

In conclusion:

An atom with six electrons might be *more stable* than an atom with one electron, but it's not a guarantee. Stability depends on the element and its electron configuration.