A 16.0\,\text{g} sample of the metal oxide, \text{MO}, is reduced to give 12.8\,\text{g} of the metal, \text{M}. What is the relative atomic mass, $A_r$, of M?
- A32
- B64
- C80
- D128
Chemistry 0620 · IGCSE · Relative masses of atoms and molecules
A 16.0\,\text{g} sample of the metal oxide, \text{MO}, is reduced to give 12.8\,\text{g} of the metal, \text{M}. What is the relative atomic mass, $A_r$, of M?