Shanxian Chemical
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Ammonium Hydrogen Phosphate Molar Mass
The measurement of the molar mass of diammonium hydrogen phosphate
is related to everything, the field of chemistry, and the molar mass of especially heavy substances. Diammonium hydrogen phosphate is a commonly used chemical substance, and the study of its molar mass is of great significance.
diammonium hydrogen phosphate, its chemical formula is $ (NH_ {4}) _ {2} HPO_ {4} $. To know its molar mass, it is necessary to know the relative atomic mass of each element. The relative atomic mass of nitrogen ($N $) is about 14, hydrogen ($H $) is about 1, phosphorus ($P $) is about 31, and oxygen ($O $) is about 16.
In $ (NH_ {4}) _ {2} HPO_ {4} $, there are 2 nitrogen atoms, 2 hydrogen atoms\ times4 + 1 = 9 $, 1 phosphorus atom, and 4 oxygen atoms.
The molar mass of M $is: the mass of nitrogen is 2 dollars\ times14 = 28 $, the mass of hydrogen is 9 dollars\ times1 = 9 $, the mass of phosphorus is 31 dollars\ times1 = 31 $, and the mass of oxygen is 4 dollars\ times16 = 64 $.
Therefore, the molar mass of diammonium hydrogen phosphate $M = (2\ times14) + (9\ times1) + 31 + (4\ times16) = 28 + 9 + 31 + 64 = 132g/mol $.
From this, it can be seen that the molar mass of diammonium hydrogen phosphate is greatly helpful in chemical production and experimental operations. It can determine the amount of substances and control the process of reaction, which is the basis of all things in chemistry.
is related to everything, the field of chemistry, and the molar mass of especially heavy substances. Diammonium hydrogen phosphate is a commonly used chemical substance, and the study of its molar mass is of great significance.
diammonium hydrogen phosphate, its chemical formula is $ (NH_ {4}) _ {2} HPO_ {4} $. To know its molar mass, it is necessary to know the relative atomic mass of each element. The relative atomic mass of nitrogen ($N $) is about 14, hydrogen ($H $) is about 1, phosphorus ($P $) is about 31, and oxygen ($O $) is about 16.
In $ (NH_ {4}) _ {2} HPO_ {4} $, there are 2 nitrogen atoms, 2 hydrogen atoms\ times4 + 1 = 9 $, 1 phosphorus atom, and 4 oxygen atoms.
The molar mass of M $is: the mass of nitrogen is 2 dollars\ times14 = 28 $, the mass of hydrogen is 9 dollars\ times1 = 9 $, the mass of phosphorus is 31 dollars\ times1 = 31 $, and the mass of oxygen is 4 dollars\ times16 = 64 $.
Therefore, the molar mass of diammonium hydrogen phosphate $M = (2\ times14) + (9\ times1) + 31 + (4\ times16) = 28 + 9 + 31 + 64 = 132g/mol $.
From this, it can be seen that the molar mass of diammonium hydrogen phosphate is greatly helpful in chemical production and experimental operations. It can determine the amount of substances and control the process of reaction, which is the basis of all things in chemistry.
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