What is the Molar Mass of Carbon Tetrachloride

What is the molar mass of carbon tetrachloride?

The molar mass of a chemical compound is also defined as the mass of a sample of that compound divided by the amount of material in that sample (in moles). The molar mass is a bulk ability of a substance, not a molecular property. The molar mass is usually written as gmol^-1

The molar mass of any compound could be calculated by summing the relative atomic masses of each of the elements involved. The chemical formula could estimate the number of atoms in a molecule. Let’s figure out the molar mass of the given substance, carbon tetrachloride. Carbon tetrachloride has the following chemical formula: CCl₄. Because carbon tetrachloride has one carbon atom and four chlorine atoms, its molar mass may be determined by adding the mass of one carbon atom with four chlorine atoms. 

The molar mass of CCl₄

= (1×C) + (4×Cl) = (1×12.0107) + (4×35.453)

= 153.8227gmol^-1

The molar mass of CCl₄ is 153.8227 gmol^-1.

The molar mass is important in chemistry, especially when putting up an experiment. Molar mass is utilized to determine the actual amount of a substance to be measured throughout testing principles, including specified volumes or quantities of that substance. Molar mass is mostly used to calculate stoichiometry in chemical reactions and calculations.