The sodium atom loses an electron to chlorine. Chlorine has a higher electronegativity so it attracts the electron from sodium. Sodium now has 11 positive protons holding only 10 electrons whereas chlorine has an extra electron to control. Chlorine has 17 protons holding 18 negative electrons, therefore, its proton to electron ratio has gone down. Sodium's proton to electron ratio went up, therefore, the electrons are closer to the nucleus and the ionic radius is less than the atomic radius.
Chlorine becomes negatively charged.
The sodium atom becomes a sodium cation, and the chlorine atom becomes a chloride anion.
The bonding mechanism between sodium and chlorine atom occurs through harpoon mechanism
positively
they form an ionic bond (:
It becomes an ion with a larger radius than the atom of chlorine
Sodium chloride has ionic bonds.
Chlorine becomes negatively charged.
Sodium and chlorine are elements. If you mean one sodium atom and one chlorine atom yes they would be both isotopes but of different elemnts. If they were randomly sampled from nature the sodium atom would almost certainly be sodium-23 (there is only a trace of sodium-22 found in nature) and the chlorine atom would most likely be chlorine-35 as this isotope is about 75% of chlorine)
No! A sodium atom is initially electrically neutral. When it donates one electron to a chlorine atom, the sodium atom becomes a singly charged cation.
The sodium atom becomes a sodium cation, and the chlorine atom becomes a chloride anion.
A sodium ion is a sodium atom missing one electron. A chlorine ion is a chlorine atom with an extra electron. A salt molecule is a sodium ion stuck to a chlorine ion.
The chlorine atom.
The bonding mechanism between sodium and chlorine atom occurs through harpoon mechanism
aral ka kase mabuti
positively
they form an ionic bond (: