yes
A sodium atom has a positive charge because it loses one electron to achieve a stable electron configuration, leaving it with more protons than electrons. This imbalance creates a net positive charge on the sodium atom.
The sodium cation is positive (+1).
A sodium ion differs from a sodium atom in that the sodium ion has a missing electron electron. It has a positive charge, as opposed to the atom, which is neutral.
The Sodium atom with be positively charged [it will have a single positive charge]
Sodium become a cation (positive charge) - Na+.
lose an electron, forms Na+, sodium with a charge of plus one.
When a sodium atom forms an ion, it loses one electron from its outer shell. This loss of an electron leaves the sodium atom with a positive charge, as it now has one more proton than electrons. This results in the formation of a sodium ion, specifically a sodium cation with a charge of +1.
If you remove one electron from a sodium atom that has 11 protons, the atom will have 11 positive charges (from the protons) and 10 negative charges (from the electrons). This results in a net positive charge of +1. Therefore, the sodium atom would become a positively charged ion, specifically a sodium ion (Na⁺).
The sodium ion has less electrons than protons whereas the sodium atom has an equal amount of protons and electrons
The stability of the positive ion depends on the atom which removes the electron. As an example, when a sodium atom becomes positive, it is highly stable, on the contrary, when a chlorine atom becomes positive, it is highly unstable.
Sodium has 12 neutrons; all neutrons are neutral particles.
A sodium ion (Na+) is essentially a sodium atom which had been oxidized, losing one electron and gaining a positive charge. Thus, the atomic structure of a sodium ion is an atom with 11 protons in its nucleus, but only 10 electrons in its orbitals, thus explaining its positive charge.