4. Calculate how many moles of CO₂ could theoretically be produced when 10 g of glucose reacts. Show your work.

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4. Calculate how many moles of CO₂ could theoretically be produced when 10 g of
glucose reacts. Show your work.
5. Calculate the number of moles of carbon dioxide actually produced. The experiment is
conducted at a temperature of 318 K and a pressure of 1.0 atm. The student estimates
the volume of the balloon to be 550 mL (0.55 L) after the reaction takes place.
Show your work.
6. Did all the glucose react during the experiment? Justify your answer.
7. If the student's estimate of the balloon's volume was incorrect and the actual volume
was 620 mL, would the amount of glucose that actually reacted be more than or less
than the amount calculated above? Explain your response.
Transcribed Image Text:4. Calculate how many moles of CO₂ could theoretically be produced when 10 g of glucose reacts. Show your work. 5. Calculate the number of moles of carbon dioxide actually produced. The experiment is conducted at a temperature of 318 K and a pressure of 1.0 atm. The student estimates the volume of the balloon to be 550 mL (0.55 L) after the reaction takes place. Show your work. 6. Did all the glucose react during the experiment? Justify your answer. 7. If the student's estimate of the balloon's volume was incorrect and the actual volume was 620 mL, would the amount of glucose that actually reacted be more than or less than the amount calculated above? Explain your response.
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