What is Fe(NO3)3? Important knowledge about Fe(NO3)3.

  1. Definition of Fe(NO3)3

Fe(NO3)3, also known as iron (III) nitrate or ferric nitrate, is a very important substance in the field of chemistry. Its English name is Iron(III) nitrate. It consists of 1 iron atom, 3 nitrogen atoms and 9 oxygen atoms. The atomic mass of Fe is 55.845, of N is 14.00674 and of O is 15.9994. The total molecular mass is 241.86 g/mol. Its molecular structure is iron connected to 3 nitrate groups, each nitrate group consists of 1 nitrogen atom associated with 3 oxygen atoms. The ion structure of Fe(NO3)3 is Fe3+ and NO3-.

  1. Properties: Fe(NO3)3

Fe(NO3)3 is a solid, yellow-brown substance with no smell. Its pH level is acidic due to the presence of nitrate groups. Fe(NO3)3 is soluble in water and ethanol. In chemistry, Fe(NO3)3 is often used as a strong oxidizing agent.

  1. Common chemical equations of Fe(NO3)3

Fe(NO3)3 can react with metals such as Cu, Zn, Al… to form nitrate salts of these metals and metallic iron. In addition, Fe(NO3)3 can also react with acids and salts to form other substances.

  1. Synthesis of Fe(NO3)3

Fe(NO3)3 can be synthesized by reacting iron with concentrated, hot nitric acid. Industrially, Fe(NO3)3 is often produced from iron and nitric acid under high pressure and temperature conditions.

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