Animals: The gut of many ruminant animals like sheep, cows and kangaroos contains methanogen bacteria that do reactions similar to this one to conver indigestible cellulose into usable forms. The reaction is: carbon dioxide combines with hydrogen to form methane and water. a) Write a balanced chemical reaction for this process, including phases of matter. b) If you started with 1.00 g of carbon dioxide, how much of each product could be produced c) If you had 1.00 g of each reactant , which is the limiting reactant? How much product could be produced? d) Using the reactant masses from partc what is the percent yield of the reaction if 0.526 g of water is produced?
Animals: The gut of many ruminant animals like sheep, cows and kangaroos contains methanogen bacteria that do reactions similar to this one to conver indigestible cellulose into usable forms. The reaction is: carbon dioxide combines with hydrogen to form methane and water. a) Write a balanced chemical reaction for this process, including phases of matter. b) If you started with 1.00 g of carbon dioxide, how much of each product could be produced c) If you had 1.00 g of each reactant , which is the limiting reactant? How much product could be produced? d) Using the reactant masses from partc what is the percent yield of the reaction if 0.526 g of water is produced?
Living By Chemistry: First Edition Textbook
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Author:Angelica Stacy
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ChapterU4: Toxins: Stoichiometry, Solution Chemistry, And Acids And Bases
Section: Chapter Questions
Problem SI3RE
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Animals: The gut of many ruminant animals like sheep, cows and kangaroos contains methanogen bacteria that do reactions similar to this one to conver indigestible cellulose into usable forms. The reaction is: carbon dioxide combines with hydrogen to form methane and water.
a) Write a balanced chemical reaction for this process, including phases of matter.
b) If you started with 1.00 g of carbon dioxide, how much of each product could be produced
c) If you had 1.00 g of each reactant , which is the limiting reactant? How much product could be produced?
d) Using the reactant masses from partc what is the percent yield of the reaction if 0.526 g of water is produced?
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