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Potassium loses one valence electron to the more electronegative nitrogen to form the compound potassium notride
In the list we have potassium chloride, an ionic compound where electrons are transferred to form ions; silver metal which has delocalised electrons that give rise to electrical conductivity; hydrogen fluoride a covalent molecule where an electron pair is shared; chlorine gas which a covalent molecule with a shared air. The least delocalised is the ionic compound. The most is the metal.
Potassium lose an electron (iodine gain this electron) to form potassium iodide, KI.
The compound is AlCl3, three electrons are transferred. Al has an oxidation number of +3, Cl -1
No, the bonding is ionic- electrons are transferred to form ions Ca2+ and Cl-
Potassium loses one valence electron to the more electronegative nitrogen to form the compound potassium notride
In the list we have potassium chloride, an ionic compound where electrons are transferred to form ions; silver metal which has delocalised electrons that give rise to electrical conductivity; hydrogen fluoride a covalent molecule where an electron pair is shared; chlorine gas which a covalent molecule with a shared air. The least delocalised is the ionic compound. The most is the metal.
Potassium lose an electron (iodine gain this electron) to form potassium iodide, KI.
The compound is AlCl3, three electrons are transferred. Al has an oxidation number of +3, Cl -1
No, the bonding is ionic- electrons are transferred to form ions Ca2+ and Cl-
Yes, electrons are transferred between the nitrogen atom and oxygen atoms.
ionic bond
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Potassium nitrate is a compound. Its formula is KNO3.
The formula for calcium iodide is CaI2. This means that the calcium atom has transferred one electron to each of two iodine atoms, for a total of two electrons transferred.
not by sharing its electron but by "giving" it to the bromine ion so it has a full outer shell of electrons. Ionic bonding.