The ions formed when Sr(C₂H₃O₂)₂ dissociates in water are: A) Sr2+, C4-, H+, and O2- B) Sr+ and C2HO22- C) Sr2+ and C2H302- D) Sr2+ and C2HO22- E) No ions form as Sr(C2H2O2)2 does not dissociate. 2. Which one of the following is the correct dissociation equation for AlBr₃? A) AIBr2 (s)---> 3AI+(aq) +Br-(aq) B) 2AIBr3 (s)---> 2 AI3+(aq) +3Br2-(aq) C) AIBr3 (s)---> AI3+(aq) + 3Br- (aq) D) AIBr3 (s) ---> AI+(aq) +3 Br- (aq)

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Chapter17: Solubility And Complex-ion Equilibria
Section: Chapter Questions
Problem 17.69QP
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1. The ions formed when Sr(C₂H₃O₂)₂ dissociates in water are:

A) Sr2+, C4-, H+, and O2-

B) Sr+ and C2HO22-

C) Sr2+ and C2H302-

D) Sr2+ and C2HO22-

E) No ions form as Sr(C2H2O2)2 does not dissociate.

2. Which one of the following is the correct dissociation equation for AlBr₃?

A) AIBr2 (s)---> 3AI+(aq) +Br-(aq)

B) 2AIBr3 (s)---> 2 AI3+(aq) +3Br2-(aq)

C) AIBr3 (s)---> AI3+(aq) + 3Br- (aq)

D) AIBr3 (s) ---> AI+(aq) +3 Br- (aq)

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