- Definition of NaAl(OH)4
NaAl(OH)4, also known as Sodium Aluminate, is an inorganic salt of sodium and aluminium metal. Its atomic mass is 102.01 g/mol, comprising of 1 sodium atom (Na), 1 aluminum atom (Al), and 4 hydroxide groups (OH). In solution, NaAl(OH)4 forms sodium Na+ ions and aluminate Al(OH)4- ions.
- Properties of NaAl(OH)4
2.1 Physical properties of NaAl(OH)4: NaAl(OH)4 is usually in the form of white powder or crystals, odorless, and highly alkaline (high pH value).
2.2 Chemical properties of NaAl(OH)4: NaAl(OH)4 has the ability to react with acids to form salts and water. It can also react with metals and non-metals under certain conditions.
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Common chemical equations of NaAl(OH)4: Detailed discussions about these reactions are required as they involve specific conditions and principles of chemistry.
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Synthesis of NaAl(OH)4
4.1 Laboratory synthesis of NaAl(OH)4: NaAl(OH)4 can be synthesized from the reaction between sodium hydroxide (NaOH) and aluminium.
4.2 Industrial synthesis of NaAl(OH)4: In industry, NaAl(OH)4 is produced by reacting water with aluminium and sodium hydroxide at high temperatures.