Name the compound: $\mathrm{HBrO}_3$

Name the compound: $\mathrm{Ca}\left(\mathrm{HSO}_3\right)_2$

Name the compound: $\quad\left(\mathrm{NH}_4\right)_2 \mathrm{HPO}_4$

Name the compound: $\mathrm{Mg}\left(\mathrm{HCO}_3\right)_2$

Name the compound: $\mathrm{Fe}_2\left(\mathrm{SO}_4\right)_3$

Name the compound: $\mathrm{Cr}_2 \mathrm{O}_3$

Name the compound: $\mathrm{Cs}_2 \mathrm{SO}_4$

Name the compound: $\mathrm{K}_2 \mathrm{CrO}_4$

Name the compound: $\mathrm{ZnS}$

Name the compound: $\mathrm{SrO}$

Hydrogen and oxygen usually have oxidation states of $+1$ and $-2$, respectively, in their compounds. The following cases serve to remind us that there are exceptions. What are the oxidation states of the atoms in $\mathrm{NaAlH}_4$.

Hydrogen and oxygen usually have oxidation states of $+1$ and $-2$, respectively, in their compounds. The following cases serve to remind us that there are exceptions. What are the oxidation states of the atoms in $\mathrm{HOF}$

Hydrogen and oxygen usually have oxidation states of $+1$ and $-2$, respectively, in their compounds. The following cases serve to remind us that there are exceptions. What are the oxidation states of the atoms in $\mathrm{CsO}_3$

Hydrogen and oxygen usually have oxidation states of $+1$ and $-2$, respectively, in their compounds. The following cases serve to remind us that there are exceptions. What are the oxidation states of the atoms in $\mathrm{MgH}_2$