Silver Phosphate Formula
Silver Phosphate Formula
The Silver Phosphate Formula is also referred to as the trisilver phosphate formula or silver orthophosphate formula. Three silver cations and one phosphate anion make up the structure of this inorganic salt. Ag3PO4 is the molecular or chemical formula for silver phosphate.
Preparation of Silver Phosphate
Silver Phosphate Formula, which can be filtered and consumed as a pure yellow solid, is the end product of the reaction between silver nitrate and orthophosphate. The reaction between salt orthophosphate and silver nitrate produces silver phosphate. When trisodium phosphate and silver nitrate react, silver phosphate and sodium nitrate are produced, which can then be used to make silver phosphate. It is also possible to make silver phosphate by treating silver nitrate with tripotassium phosphate, which results in the formation of silver phosphate and potassium nitrate.
Silver phosphate Formula Structure
Silver Phosphate Formulahas the chemical formula Ag3PO4 It is a yellow solid in its pure form and darkens when impure. It comprises three silver cations (Ag+) and one phosphate anion (PO43-), giving the compound a cubic crystal structure. Silver Phosphate Formula is not found in nature. It is a chemical that reacts with silver nitrate and salt orthophosphate to produce a yellow precipitate. Because the final product is not water-soluble, it can be filtered and recovered as a pure solid.
Properties Of Silver phosphate Formula
Silver Phosphate Formula has a molar mass of 418.574 g mol, and a density of 6.37 g mL. The melting point of silver phosphate is 849 °C, which is light-sensitive. Pyrophosphate is created by condensing the ion phosphate when temperatures are high. When silver nitrate is combined in this condition, silver pyrophosphate can also be formed. Due to the photocatalytic activity of this second phosphate, which is also light-sensitive, new material can be produced.
Physical Properties of Silver Phosphate
Yellow solid Silver Phosphate Formula has no odour. It has a molar mass of 419 g/mol. It has a melting point of 848° Celsius. It is insoluble in water. Not only that, but it is soluble in dilute acetic acid and dilutes HNO3, ammonia, thiosulphates, and ammonium carbonate. Furthermore, it is not flammable or smoky. It has a density of 6.38 g/mL.
Chemical Properties of Silver Phosphate
Silver nitrate forms silver pyrophosphate when it is added to phosphate ions at a high temperature, according to the silver phosphate’s chemical properties. Silver permanganate and tribasic potassium phosphate are formed when silver phosphate reacts with potassium permanganate. It demonstrates a double displacement reaction as well as a redox reaction. Nitric acid and silver phosphate are formed when the latter reacts with the former. When silver phosphate reacts with ammonium hydroxide, it produces diamine silver phosphate and water
Uses of Silver Phosphate
The antibacterial property of silver phosphate justifies its use as an antibacterial agent in materials. Silver Phosphate Formula is used in chemical reactions as a catalyst. Silver Phosphate Formula is used in medicine and pesticides. Since silver phosphate is a light-sensitive substance, it is used as an emulsion in photography. Silver Phosphate Formula is also used to determine how much phosphate ion is in a solution.
Harmful Effects of Silver Phosphate
When silver phosphate is burned, it emits toxic fumes that cause eye irritation, respiratory diseases, and skin irritation. It also makes you cough.
FAQs (Frequently Asked Questions)
1. How can one make Silver Phosphate Formula?
Silver phosphate does not exist naturally. It is made in a lab by combining orthophosphate salt and silver nitrate. It is a yellow solid that is not soluble in water.
2. Is silver phosphate dangerous?
Burning silver phosphate releases toxic fumes that irritate the eyes, lead to respiratory illnesses, and aggravate the skin.