Ionic Compounds with Transition

What is the name of the following formula: Cu₃N

• copper nitride

• copper (iii) nitride

• copper (i) nitride

• copper (iii) nitrogen (i)

What is the name of the following formula: AuCl₃

• gold chloride

• gold (iii) chloride

• gold (i) chloride

• silver (iii) chloride

What is the name of the following formula: PbO₂

• lead oxide

• lead (i) oxide

• lead (ii) oxide

• lead (iv) oxide

What is the name of the following formula: OsP₂

• osmium phosphide

• osmium (ii) phosphide

• osmium (i) phosphide

• osmium (vi) phosphide

What is the name of the following formula: SnS

• tin sulfide

• tin (i) sulfide

• tin (ii) sulfide

• tin (iii) sulfide

What is the chemical formula for the given name: iron (ii) oxide

• FeO

• Fe₂O

• FeO₂

• IrO

What is the chemical formula for the given name: platinum (iii) sulfide

• PtS

• Pt₂S₃

• Pt₃S₂

• Pt₃S

What is the chemical formula for the given name: manganese (vi) silicide

• Mn₆Si₄

• Mn₂Si₃

• Mn₃Si₂

• Mg₂Si₃

What is the chemical formula for the given name: tungsten (ii) fluoride

• TF

• WF₂

• W₂F

• TF₂

Naming binary ionic compounds containing transition metals uses Roman numerals because...

• transition metals are multi-valent.

• transition metals do not have any charges

• transition metals can be positively or negatively charged.

• transition metals were discovered in Rome.