How to calculate the relative atomic mass of carbon?

The relative atomic mass of carbon is about 12.0107 g/mol, which is equal to 12.0107×1.0059×1.007, in the most common system of atomic weights. This is equivalent to the mass of 12.0107 grams of pure carbon-12. The relative atomic mass of carbon is not the same as the atomic weight of carbon (12.0107 g/mol), which is the sum of the atomic masses of carbon-12 and carbon

What is the relative atomic mass of carbon dioxide?

The relative atomic mass of carbon dioxide is 12.0107. This is the mass of an atom of carbon-12, or the total mass of all the carbon atoms in a sample of carbon dioxide. The carbon-12 isotope has six protons and six neutrons, so it has a slightly greater mass than the sum of the masses of the other two stable carbon isotopes: carbon-13 (six protons, five neutrons) and carbon-14 (six protons, eight

What is the relative atomic mass of the human body?

The relative atomic mass of the human body is 12.0661. That is about 12.0661 grams. This is the same as the atomic mass of 12.0661 protons, the mass of the human body is made up of 12.0661 atoms of carbon.

What is the atomic mass of carbon?

The relative atomic mass of carbon is approximately 12.067. This is the sum of the relative atomic masses of all the carbon isotopes, 12 for the 12 carbon atoms in carbon-12 and 6 for the 6 in carbon-6. Carbon-12 is the most common form of carbon in nature and makes up approximately 0.08 percent of the mass of the earth’s atmosphere. This small amount of carbon is responsible for the fixation of carbon dioxide into organic compounds.

What is the relative atomic mass of carbon?

The relative atomic mass of carbon measures the relative amount of carbon-13 atoms in a given sample of carbon. In other words, the heavier an atom is, the greater its relative atomic mass. The relative atomic mass of carbon-12 is 12.01. It is defined as 12 because carbon-12 is the most abundant isotope of carbon in the atmosphere. The relative atomic mass of carbon-13 is 13.001.