$2.56\,\text{g}$ of the metal oxide, $\text{MO}_2$, is reduced to give $1.92\,\text{g}$ of the metal, M. What is the relative atomic mass of M?
- A$48$
- B$96$
- C$128$
- D$192$
Chemistry 0620 · IGCSE · Relative masses of atoms and molecules
Chemistry 0620 · IGCSE · Relative masses of atoms and molecules
$2.56\,\text{g}$ of the metal oxide, $\text{MO}_2$, is reduced to give $1.92\,\text{g}$ of the metal, M. What is the relative atomic mass of M?