5. Based on the graph, overall, what happens to the solubility of gascous solutes like CO, when temperature increases? 6. At what temperature will 0.2 g of CO, dissolve in 100 g of H,O? 7. At what temperature will 0.1 g of CO, dissolve in 100 g of H.O? 8. If the temperature of the solution is 50what is the maximum amount of carbon dioxide that can dissolve (in 100 g of H.O)? 9. If the temperature of the solution is 10what is the maximum amount of carbon dioxide that can dissolve (in 100 g of H,Oy? 10. Based on the graph what would you predict the solubility of carbon dioxide to be at 65?
5. Based on the graph, overall, what happens to the solubility of gascous solutes like CO, when temperature increases? 6. At what temperature will 0.2 g of CO, dissolve in 100 g of H,O? 7. At what temperature will 0.1 g of CO, dissolve in 100 g of H.O? 8. If the temperature of the solution is 50what is the maximum amount of carbon dioxide that can dissolve (in 100 g of H.O)? 9. If the temperature of the solution is 10what is the maximum amount of carbon dioxide that can dissolve (in 100 g of H,Oy? 10. Based on the graph what would you predict the solubility of carbon dioxide to be at 65?
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter13: The Chemistry Of Solutes And Solutions
Section13.1: Solubility And Intermolecular Forces
Problem 13.1PSP
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