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13-17 explanations
13. Which one of the following cannot act as a driving force for a metathesis reaction? a) formation of an insoluble compound b) formation of a gas c) formation of a nonelectrolyte formation of a soluble, strong electrolyte 14· The formation of which one of the following compounds will act as the driving force for a metathesis reaction? b) MgCl c) NaNO d) KOH 15. When KOlH and HNO, are mixed, a metathesis reaction occurs. What are the spectator ions in the metathesis reaction? KOH + HNO3 â a) K' and H b) H' and OH c) K and NO H' and NOj Which one of the following compounds is insoluble in water? a) AgC H,02 16. b) K SO Fe(NO3)s When aqueous solutions of Li CO, and CaCl, are mixed, a metathesis reaction occurs. What is the balanced net ionic equation for the reaction? 17. Lico, + CaCl2 â a) LhCOJ + CaCl2 â 2 Lici + CaCO3 b) 2 Li+ + CO2-â Li2CO3
13-17 explanations
13. Which one of the following cannot act as a driving force for a metathesis reaction? a) formation of an insoluble compound b) formation of a gas c) formation of a nonelectrolyte formation of a soluble, strong electrolyte 14· The formation of which one of the following compounds will act as the driving force for a metathesis reaction? b) MgCl c) NaNO d) KOH 15. When KOlH and HNO, are mixed, a metathesis reaction occurs. What are the spectator ions in the metathesis reaction? KOH + HNO3 â a) K' and H b) H' and OH c) K and NO H' and NOj Which one of the following compounds is insoluble in water? a) AgC H,02 16. b) K SO Fe(NO3)s When aqueous solutions of Li CO, and CaCl, are mixed, a metathesis reaction occurs. What is the balanced net ionic equation for the reaction? 17. Lico, + CaCl2 â a) LhCOJ + CaCl2 â 2 Lici + CaCO3 b) 2 Li+ + CO2-â Li2CO3
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Sixta KovacekLv2
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