SOLVE ALL PARTS A) Which of the following techniques could be used to modify the position of the equilibrium by removing or sequestering a product? -formation of a solid precipitate. -adding more solvent-use of a drying agent to remove water -using a Dean-Stark trap and toluene azeotrope. B) What is the role of NaHCO3? (select more than one answer) -modify the equilibrium of the reaction to the products. -deprotonate unreacted cinnamic acid to separate it from methyl cinnamate-neutralize H2504-saponify methyl cinnamate
SOLVE ALL PARTS A) Which of the following techniques could be used to modify the position of the equilibrium by removing or sequestering a product? -formation of a solid precipitate. -adding more solvent-use of a drying agent to remove water -using a Dean-Stark trap and toluene azeotrope. B) What is the role of NaHCO3? (select more than one answer) -modify the equilibrium of the reaction to the products. -deprotonate unreacted cinnamic acid to separate it from methyl cinnamate-neutralize H2504-saponify methyl cinnamate
Chapter12: Gravimetric Methods Of Analysis
Section: Chapter Questions
Problem 12.26QAP
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Transcribed Image Text:SOLVE ALL PARTS
A) Which of the following techniques could be used to modify the position of the equilibrium by
removing or sequestering a product?
-formation of a solid precipitate. -adding more solvent-use of a drying agent to remove water-using a
Dean-Stark trap and toluene azeotrope.
8) What is the role of NaHCO3? (select more than one answer) -modify the equilibrium of the reaction
to the products. -deprotonate unreacted cinnamic acid to separate it from methyl cinnamate-neutralize
H2SO4-saponify methyl cinnamate
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