Question 10 Solid CO2 (0.33 mol) is reacted with CH3MBB (0.23 mol) in ether solvent. The product of the reaction is isolated in aqueous solution (assume 100% yield) and excess CO2 is removed. Subsequently, HCI (aq) (0.10 mol) is added. What is the pH of the solution that results? Notes: You will need to look up a pK, for this question and report your answer to 2 decimal places. A linear dialkene has 7 carbon atoms. If excess HI (> 2.0 mol equivalents) is added a mixture of the alkene, what is the MW of the final product? Answer in g mol to one decimal place.

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Question 10
Solid CO2 (0.33 mol) is reacted with CH3MgBr (0.23 mol) in ether solvent. The
product of the reaction is isolated in aqueous solution (assume 100% yield) and
excess CO2 is removed. Subsequently, HCI (aq) (0.10 mol) is added. What is the pH
of the solution that results?
Notes: You will need to look up a pk, for this question and report your answer to 2
decimal places.
linear dialkene has 7 carbon atoms. If excess HI (> 2.0 mol equivalents) is added to
a mixture of the alkene, what is the MW of the final product?
Answer in g mol to one decimal place.
Transcribed Image Text:Question 10 Solid CO2 (0.33 mol) is reacted with CH3MgBr (0.23 mol) in ether solvent. The product of the reaction is isolated in aqueous solution (assume 100% yield) and excess CO2 is removed. Subsequently, HCI (aq) (0.10 mol) is added. What is the pH of the solution that results? Notes: You will need to look up a pk, for this question and report your answer to 2 decimal places. linear dialkene has 7 carbon atoms. If excess HI (> 2.0 mol equivalents) is added to a mixture of the alkene, what is the MW of the final product? Answer in g mol to one decimal place.
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