Bromobutane Molar Mass
Discussion on the Molar Mass of Bromobutane
Bromobutane is also an organic compound. The investigation of its molar mass is of great significance in the fields of chemistry.
The molecular formula of bromobutane is\ (C_ {4} H_ {9} Br\). To know its molar mass, it is necessary to know the relative atomic mass of each element. The relative atomic mass of carbon (\ (C\)) is about\ (12\), hydrogen (\ (H\)) is about\ (1\), and bromine (\ (Br\)) is about\ (80\).
The method of calculating by molar mass multiplies the relative atomic mass of each atom by its atomic number, and then sums. For bromobutane, there are\ (4\) carbon,\ (9\) hydrogen, and\ (1\) bromine. Then its molar mass is:\ (4\ times12 + 9\ times1 + 1\ times80\)
\ (= 48 + 9 + 80\)
\ (= 137g/mol\).
This value is an important parameter in chemical experiments and chemical production. For example, when preparing bromobutane experimentally, the amount of reactants can be accurately calculated according to its molar mass to achieve the expected reaction effect, and the reaction process can be controlled accordingly to optimize the experimental conditions. In chemical production, the molar quality of bromobutane provides a key basis for the design of the production process and the control of product quality to ensure efficient and stable production.
is the research on the molar quality of bromobutane, which is the cornerstone of the development and practical application of chemistry. It is crucial to the success or failure of many links.
