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Apollo 13 Lunar Mission You are a NASA engineer. You are the chief engineer for the Apollo 13 mission to the moon The astronauts the are running out of oxygen and need to get rid excess carbon dioxide. You know that sodium hydrexide has been suggested as a means of removing carbon dioxide from the spacecraft cabin. The filter which they had been using is fully saturated and no longer works. You remember that the The astronauts have 2 days left before they land on astronauts have a 6.7 x 10 25 particles of sodium hydroxide on the ship in a container. You also know that sodium hydroxide can be used to remove carbon dioxide according to the following reaction earth. You know that there are three astronauts, and each astronaut emits roughly 500 g of carbon dioxide each day Is there enough sodium hydroxide in the cabin to cleanse the cabin air of the carbon dioxide, or are the astronauts doomed? co, Na,Co, + H,O NaOH

Apollo 13 Lunar Mission You are a NASA engineer. You are the chief engineer for the Apollo 13 mission to the moon The astronauts the are running out of oxygen and need to get rid excess carbon dioxide. You know that sodium hydrexide has been suggested as a means of removing carbon dioxide from the spacecraft cabin. The filter which they had been using is fully saturated and no longer works. You remember that the The astronauts have 2 days left before they land on astronauts have a 6.7 x 10 25 particles of sodium hydroxide on the ship in a container. You also know that sodium hydroxide can be used to remove carbon dioxide according to the following reaction earth. You know that there are three astronauts, and each astronaut emits roughly 500 g of carbon dioxide each day Is there enough sodium hydroxide in the cabin to cleanse the cabin air of the carbon dioxide, or are the astronauts doomed? co, Na,Co, + H,O NaOH

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
Section: Chapter Questions
Problem 5.103P
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I'm resending this question because the image on the last one was blurry. I wrote the prompt and steps and helpful conversions to figuring out the real world problem on my scratch paper, how do I solve for this problem?
Apollo 13 Lunar Mission You are a NASA engineer. You are the chief engineer for the Apollo 13 mission to the moon The astronauts are running out of oxygen and need to get rid of the excess carbon dioxide. You know that sodium hydroxide has been suggested as a means of removing carbon dioxide from the spacecraft cabin. The filter which they had been using is fully saturated and no longer works. You remember that the astronauts have a 6.7 x 10 25 particles of sodium The astronauts have 2 days left before they land on earth. You know that there are three astronauts, and hydroxide on the ship in a container. You also know that sodium hydroxide can be used to remove carbon dioxide according to the following reaction. each astronaut emits roughly 500 g of carbon dioxide each day Is there enough sodium hydroxide in the cabin to cleanse the cabin air of the carbon dioxide, or are the astronauts doomed? NaOH Na,CO, + H,O
Transcribed Image Text:Apollo 13 Lunar Mission You are a NASA engineer. You are the chief engineer for the Apollo 13 mission to the moon The astronauts are running out of oxygen and need to get rid of the excess carbon dioxide. You know that sodium hydroxide has been suggested as a means of removing carbon dioxide from the spacecraft cabin. The filter which they had been using is fully saturated and no longer works. You remember that the astronauts have a 6.7 x 10 25 particles of sodium The astronauts have 2 days left before they land on earth. You know that there are three astronauts, and hydroxide on the ship in a container. You also know that sodium hydroxide can be used to remove carbon dioxide according to the following reaction. each astronaut emits roughly 500 g of carbon dioxide each day Is there enough sodium hydroxide in the cabin to cleanse the cabin air of the carbon dioxide, or are the astronauts doomed? NaOH Na,CO, + H,O
For Stoichiomery chaverge (Prompt: with this real world Sceagsio: a)1need to Summarize the question/situation. b) Storting point nding point ) what Conuersions will you need d) Dimensional onalysis e) How does your numerical onswer Solve this Scenorio? Some helpful conversions: molar mass: g Avogadio's #! 1 moT 6.022x10 23 molecule s tatoms) 1 moles LA mole raho : Coefficents between two Moiecules By using Stoichiametry, analysis 1 Can get use this numerical onsuwes to refote the real wornd Scenario. and information, units within the dimensional correct numeric al analysis : And then 1 Con Some Stipichmetry Steps 1 need to follow: Conuest particCIeS grams moles (using Avogados number 1or the m0lar mass 2) Convert moles of the Known moles of unk nown using the mole ratio from the balanced equation. 3 Convert the moles of the unknoun- particles/grams using Avogrado's number or the moGr mass, respectivery)
Transcribed Image Text:For Stoichiomery chaverge (Prompt: with this real world Sceagsio: a)1need to Summarize the question/situation. b) Storting point nding point ) what Conuersions will you need d) Dimensional onalysis e) How does your numerical onswer Solve this Scenorio? Some helpful conversions: molar mass: g Avogadio's #! 1 moT 6.022x10 23 molecule s tatoms) 1 moles LA mole raho : Coefficents between two Moiecules By using Stoichiametry, analysis 1 Can get use this numerical onsuwes to refote the real wornd Scenario. and information, units within the dimensional correct numeric al analysis : And then 1 Con Some Stipichmetry Steps 1 need to follow: Conuest particCIeS grams moles (using Avogados number 1or the m0lar mass 2) Convert moles of the Known moles of unk nown using the mole ratio from the balanced equation. 3 Convert the moles of the unknoun- particles/grams using Avogrado's number or the moGr mass, respectivery)
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