The molecular weight of tungsten hexabromide can be obtained by calculating the relative atomic mass of each element and adding them up. In the tungsten hexabromide molecule, it contains one tungsten atom and six bromine atoms.
The relative atomic mass of tungsten is about 183.84, while that of bromine is about 79.90. From these data, we can perform the following calculations:
Molecular weight = 1 x relative atomic mass of tungsten + 6 x relative atomic mass of bromine
Molecular Weight = 1 × 183.84 + 6 × 79.90
Molecular Weight = 183.84 + 479.40
Molecular Weight = 663.24
Therefore, the molecular weight of tungsten hexabromide is about 663.24. This molecular weight represents the sum of the masses contained in one tungsten hexabromide molecule and is very important for studying and understanding its properties.
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