Molecular Weight of 1 - bromobutane
The molecular weight of 1-bromobutane is related to many chemical things. To clarify the details, it is necessary to analyze it from the basis of chemistry.
1-bromobutane, its chemical structure is established, and the amount of each atom is combined to cause its molecular weight. Carbon (C) has an atomic weight of about 12, hydrogen (H) has an atomic weight of about 1, and bromine (Br) has an atomic weight of about 80. The chemical formula of 1-bromobutane is $C_ {4} H_ {9} Br $.
Calculate its molecular weight, there are 4 carbons, a total of 4 dollars × 12 = 48 $; 9 hydrogens, a total of 9 dollars × 1 = 9 $; 1 bromine, 80. Add the three, 48 dollars + 9 + 80 = 137 $. Therefore, the molecular weight of 1-bromobutane is about 137.
In chemical experiments and chemical production, the molecular weight of 1-bromobutane is extremely critical. The calculation of the amount of its substances, and then the reaction ratio, yield estimation and many other aspects depend on this data. For example, the addition of the reaction material needs to be accurately calculated according to its molecular weight, so that the reaction can be smooth, the desired effect can be achieved, and the desired product can be obtained. And when separating and purifying, the molecular weight is also a factor to consider, which is related to the choice of separation method and the difficulty of operation.
From this point of view, the molecular weight of 1-bromobutane is of great significance in the field of chemistry, and it is the basis and key of many chemical activities.
