What is the molar mass of copper (Cu)?

Question:- What is the molar mass of copper (Cu)?

Answer: The molar mass of copper (Cu) is 63.55 g/mol.

This value indicates the mass of one mole of atoms of this metal – copper. The molar mass of copper depends on the atomic mass of the copper and this is the mean value of the natural isotopes. Copper has two stable isotopes: Of them, Cu-63 contain approximately 69% and Cu-65 contains approximately 31%. Prom the above pyramids the weighted average of the above isotopes gives copper what is referred to as atomic mass which is used in calculations of chemical reactions by chemists where it is used to calculate between mass, mole and number of atoms. For example, 63. One mole of any substance is defined as the relative atomic mass of the substance in grams which is equal to 6: 55 grams of copper contains one mole of the copper atoms. To be more precise we have 022 x 10^23 atoms (Avogadro’s number). Molecular mass is significant in stoichiometry and numerous chemical evaluations because of understanding its concepts.