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Molecular Weight of Triethylamine
The molecular weight of triethylamine
The English name of triethylamine is "Triethylamine", which is a common compound in organic chemistry. To understand its molecular weight, its molecular composition must be investigated in detail.
The chemical formula of triethylamine is\ (C_ {6} H_ {15} N\). The relative atomic mass of carbon (\ (C\)) is about\ (12\), the relative atomic mass of hydrogen (\ (H\)) is about\ (1\), and the relative atomic mass of nitrogen (\ (N\)) is about\ (14\).
In terms of its molecular composition, it contains six carbon atoms with a relative atomic mass of\ (6\ times12 = 72\); contains fifteen hydrogen atoms with a relative atomic mass of\ (15\ times1 = 15\); contains one nitrogen atom with a relative atomic mass of\ (14\).
Therefore, the molecular weight of triethylamine, that is, the sum of the relative atomic masses of each atom, is\ (72 + 15 + 14 = 101\).
In chemical research and many chemical applications, it is crucial to clarify the molecular weight of triethylamine. For example, in organic synthesis reactions, the amount of reactants can be accurately measured according to their molecular weight to ensure that the reaction is carried out according to the expected stoichiometric ratio to improve the purity and yield of the product. In the separation and purification process, molecular weight is also an important consideration, which is related to the setting of conditions for operations such as distillation and extraction. In the field of analytical chemistry, triethylamine can be qualitatively and quantitatively analyzed by means of mass spectrometry.
The English name of triethylamine is "Triethylamine", which is a common compound in organic chemistry. To understand its molecular weight, its molecular composition must be investigated in detail.
The chemical formula of triethylamine is\ (C_ {6} H_ {15} N\). The relative atomic mass of carbon (\ (C\)) is about\ (12\), the relative atomic mass of hydrogen (\ (H\)) is about\ (1\), and the relative atomic mass of nitrogen (\ (N\)) is about\ (14\).
In terms of its molecular composition, it contains six carbon atoms with a relative atomic mass of\ (6\ times12 = 72\); contains fifteen hydrogen atoms with a relative atomic mass of\ (15\ times1 = 15\); contains one nitrogen atom with a relative atomic mass of\ (14\).
Therefore, the molecular weight of triethylamine, that is, the sum of the relative atomic masses of each atom, is\ (72 + 15 + 14 = 101\).
In chemical research and many chemical applications, it is crucial to clarify the molecular weight of triethylamine. For example, in organic synthesis reactions, the amount of reactants can be accurately measured according to their molecular weight to ensure that the reaction is carried out according to the expected stoichiometric ratio to improve the purity and yield of the product. In the separation and purification process, molecular weight is also an important consideration, which is related to the setting of conditions for operations such as distillation and extraction. In the field of analytical chemistry, triethylamine can be qualitatively and quantitatively analyzed by means of mass spectrometry.
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