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The Ionic Compound Sodium Fluoride And The Molecular Compound Phosphorus Trichloride?

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Chemical Bonding Report The two compounds assigned are the ionic compound sodium fluoride, and the molecular compound phosphorus trichloride. As Chandler (2016) suggested, sodium fluoride has many uses in the real world, such as in toothpaste, water treatment, and industrial uses. Sodium fluoride is a white powder that can be dissolved easily into water. It is recommended for most adults to have three grams per day. Small amounts are added into toothpaste and normal drinking water, which is why water is an essential way to get the required amount of fluoride. Fluoride prevents tooth decay, which is why it is used in toothpaste. On the industrial side of things, it prevents bacteria, fungus, and mold, which is why it is common in most pesticides. It is also used to make steel and aluminum in the industrial setting. According to Solvay (2013), phosphorus trichloride is used to produce many products used in agriculture. Products like surfactants, metal extractants, flame-retardants, and additives for lubricants and stabilizers in plastic. Atoms are made up of protons, neutrons, and electrons. Atoms can pair together, which is what forms matter around us. Valence electrons are on the most outer energy level in atoms. The valence electrons are important because they are the electrons that are lost, gained, or shared. According to (Chem4Kids), on a periodic table each element is located where it is because of the atomic number and the number of protons. The rows are each called

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