Shanxian Chemical
SUPPLEMENTS
Diethylamine Molar Mass
On the Molar Mass of Diethylamine
The molar mass of diethylamine
Diethylamine, the molecular formula is\ (C_ {4} H_ {11} N\). To know its molar mass, it is necessary to calculate the constant atomic weight of the element. The atomic weight of carbon (\ (C\)) is about\ (12\), the atomic weight of hydrogen (\ (H\)) is about\ (1\), and the atomic weight of nitrogen (\ (N\)) is about\ (14\).
In diethylamine\ (C_ {4} H_ {11} N\), the carbon-containing four atoms have a contribution mass of\ (4\ times12 = 48\); the hydrogen-containing eleven atoms have a contribution mass of\ (11\ times1 = 11\); the nitrogen-containing one atom has a contribution mass of\ (1\ times14 = 14\).
Therefore, the molar mass of diethylamine is the sum of the contributions of carbon, hydrogen, and nitrogen, that is,\ (48 + 11 + 14 = 73g/mol\). Knowing this value is a guide for many chemical things, such as reaction measurement, solution preparation, etc., to help students clarify the relationship between the quality and quantity of the reaction, conduct experiments without error, and study the mechanism.
The molar mass of diethylamine
Diethylamine, the molecular formula is\ (C_ {4} H_ {11} N\). To know its molar mass, it is necessary to calculate the constant atomic weight of the element. The atomic weight of carbon (\ (C\)) is about\ (12\), the atomic weight of hydrogen (\ (H\)) is about\ (1\), and the atomic weight of nitrogen (\ (N\)) is about\ (14\).
In diethylamine\ (C_ {4} H_ {11} N\), the carbon-containing four atoms have a contribution mass of\ (4\ times12 = 48\); the hydrogen-containing eleven atoms have a contribution mass of\ (11\ times1 = 11\); the nitrogen-containing one atom has a contribution mass of\ (1\ times14 = 14\).
Therefore, the molar mass of diethylamine is the sum of the contributions of carbon, hydrogen, and nitrogen, that is,\ (48 + 11 + 14 = 73g/mol\). Knowing this value is a guide for many chemical things, such as reaction measurement, solution preparation, etc., to help students clarify the relationship between the quality and quantity of the reaction, conduct experiments without error, and study the mechanism.
Scan to WhatsApp
