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d. True/False: you can compare any two Ksp values for any salts to know which is more soluble in water. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AH3oln for the process is positive or negative. e. f. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AH2oln for the process is positive or negative. g. True/False: The presence of sodium fluoride in solution decreases the solubility of yttrium fluoride (YF2) (K, = 8.62 × 10-21) in that same solution. h. True/False: adding more solid salt to a solution at equilibrium shifts the equilibrium to the products side and more will dissolve. i. Justify as indicated... Part Briefly Justify from above (D) |(G) (H)

d. True/False: you can compare any two Ksp values for any salts to know which is more soluble in water. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AH3oln for the process is positive or negative. e. f. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AH2oln for the process is positive or negative. g. True/False: The presence of sodium fluoride in solution decreases the solubility of yttrium fluoride (YF2) (K, = 8.62 × 10-21) in that same solution. h. True/False: adding more solid salt to a solution at equilibrium shifts the equilibrium to the products side and more will dissolve. i. Justify as indicated... Part Briefly Justify from above (D) |(G) (H)

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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9. True/False: True/False: Weak electrolytes come to equilibrium with their dissolved phase, even at low concentrations. а. b. True/False: Strong electrolytes never form saturated solutions (they are infinitely soluble) c. True/False: when a salt is described insoluble in a certain context, that means zero moles of the salt are dissolved per unit volume. d. True/False: you can compare any two Ksp values for any salts to know which is more soluble in water. e. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AHsoln for the process is positive or negative. f. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AHsoln for the process is positive or negative. g. True/False: The presence of sodium fluoride in solution decreases the solubility of yttrium fluoride (YF,) (K, = 8.62 × 10-21) in that same solution. h. True/False: adding more solid salt to a solution at equilibrium shifts the equilibrium to the products side and more will dissolve. i. Justify as indicated... Part Briefly Justify from above (D) |(G) |(H)
Transcribed Image Text:9. True/False: True/False: Weak electrolytes come to equilibrium with their dissolved phase, even at low concentrations. а. b. True/False: Strong electrolytes never form saturated solutions (they are infinitely soluble) c. True/False: when a salt is described insoluble in a certain context, that means zero moles of the salt are dissolved per unit volume. d. True/False: you can compare any two Ksp values for any salts to know which is more soluble in water. e. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AHsoln for the process is positive or negative. f. True/False: Ksp values are affected by temperature, but how they are affected depends on if the AHsoln for the process is positive or negative. g. True/False: The presence of sodium fluoride in solution decreases the solubility of yttrium fluoride (YF,) (K, = 8.62 × 10-21) in that same solution. h. True/False: adding more solid salt to a solution at equilibrium shifts the equilibrium to the products side and more will dissolve. i. Justify as indicated... Part Briefly Justify from above (D) |(G) |(H)
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