it gains an electron
d=D
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The chlorine atom becomes an ion with a larger radius when it forms an ionic bond with sodium. This is because it gains an electron and becomes a negatively charged ion, causing the electron cloud to expand.
Yes, a chlorine atom typically forms one ionic bond by gaining one electron to achieve a full outer shell of electrons. This usually results in a charge of -1, making it a chloride ion.
The compound HCl forms a polar covalent bond. In this bond, the hydrogen atom forms a slightly positive side and the chlorine atom forms a slightly negative side, resulting in an unequal sharing of electrons.
Actually, when sodium forms an ionic bond with chlorine, the sodium atom donates one electron to chlorine, resulting in the formation of a positive sodium ion and a negative chloride ion. The sodium ion becomes Na+ and the chloride ion becomes Cl-.
accepts an electron to become the chloride anion, Cl-
The chlorine atom becomes an ion with a larger radius when it forms an ionic bond with sodium. This is because it gains an electron and becomes a negatively charged ion, causing the electron cloud to expand.
When an ionic bond forms between sodium and chlorine, the valence electron from the sodium atom is transferred to the chlorine atom. This transfer results in the formation of positively charged sodium ions and negatively charged chloride ions, which are then attracted to each other to create the ionic bond.
The bonding mechanism between sodium and chlorine atom occurs through harpoon mechanism
they form an ionic bond (:
ionic bond
they form an ionic bond (:
Magnesium chloride consists of ionic bonds.
ionic bond
ionic bond.
it forms an ionic bond
Yes, a chlorine atom typically forms one ionic bond by gaining one electron to achieve a full outer shell of electrons. This usually results in a charge of -1, making it a chloride ion.
The compound HCl forms a polar covalent bond. In this bond, the hydrogen atom forms a slightly positive side and the chlorine atom forms a slightly negative side, resulting in an unequal sharing of electrons.