1. Produce a single carbon dioxide molecule without any leftovers. How many of each reactant are used? produced? How many of each product are What is the mol ratio: Write the reactant in a chemical equation form:

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Chapter1: Chemical Foundations
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1. Produce a single carbon dioxide molecule without any leftovers. How many of each reactant
are used?
How many of each product are
produced?
What is the mol ratio:
Write the reactant in a chemical equation form:
2. Now max all of the reactants out. How many of each product are formed?
How many of what
leftover are there? .
3. Now maximize the number of products produced without leftovers. How many of each
reactant are consumed?
How many of each product are
produced?
What is the mol ratio?
Now write it as a chemical equation:
4. What is the limiting reagent in this reaction?
How do
you know?
Transcribed Image Text:1. Produce a single carbon dioxide molecule without any leftovers. How many of each reactant are used? How many of each product are produced? What is the mol ratio: Write the reactant in a chemical equation form: 2. Now max all of the reactants out. How many of each product are formed? How many of what leftover are there? . 3. Now maximize the number of products produced without leftovers. How many of each reactant are consumed? How many of each product are produced? What is the mol ratio? Now write it as a chemical equation: 4. What is the limiting reagent in this reaction? How do you know?
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