Goal: Predict the results of a chemical reaction. 1. Count: CH, is the chemical formula for methane. In order to produce a single molecule of methane, how many carbon (C) atoms are needed? Hydrogen atoms? 2. Predict: Set the number of C atoms to 14 and the number of H, molecules to 10. A. How many total hydrogen atoms are there? B. How many methane molecules could form from these reactants? C. After the atoms react, which reactant will be left over? D. Which reactant will be the limiting reactant?

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Activity B:
Methane reaction
Select C + H₂ becomes CH₁.
Goal: Predict the results of a chemical reaction.
1. Count: CH, is the chemical formula for methane. In order to produce a single molecule of
methane, how many carbon (C) atoms are needed?
Hydrogen atoms?
2. Predict: Set the number of C atoms to 14 and the number of H₂ molecules to 10.
A. How many total hydrogen atoms are there?
B. How many methane molecules could form from these reactants?
C. After the atoms react, which reactant will be left over?
D. Which reactant will be the limiting reactant?
E. Click Play and wait until Reaction complete is shown. What happened?
Get the Gizmo ready:
Transcribed Image Text:Activity B: Methane reaction Select C + H₂ becomes CH₁. Goal: Predict the results of a chemical reaction. 1. Count: CH, is the chemical formula for methane. In order to produce a single molecule of methane, how many carbon (C) atoms are needed? Hydrogen atoms? 2. Predict: Set the number of C atoms to 14 and the number of H₂ molecules to 10. A. How many total hydrogen atoms are there? B. How many methane molecules could form from these reactants? C. After the atoms react, which reactant will be left over? D. Which reactant will be the limiting reactant? E. Click Play and wait until Reaction complete is shown. What happened? Get the Gizmo ready:
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