What Is The Chemical Structure Of Silver Molybdate?

Silver molybdate is a compound formed from the elements silver, molybdenum, and oxygen. Its chemical formula is Ag2MoO4.

The structure of silver molybdate consists of silver (Ag) and molybdenum (Mo) atoms bonded to oxygen (O) atoms. Each silver ion (Ag+) forms two bonds with neighboring oxygen atoms, while each molybdenum atom (Mo6+) forms four bonds with surrounding oxygen atoms.

The resulting crystal structure of silver molybdate is a three-dimensional network of interconnected silver-oxide and molybdenum-oxide polyhedra. This lattice-like arrangement gives the compound its characteristic solid-state properties, such as its stability and crystalline shape.

In summary, the chemical structure of silver molybdate consists of a complex arrangement of silver, molybdenum, and oxygen atoms bonded together in a three-dimensional network.