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1. Balance each of the reactions in the introduction and indicate the total number of molecules in the individual reactions in the table below. Reaction Total Number of MOLECULES Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 2. Is the number of total molecules on the left side of a balanced equation always equal to the number of total molecules on the right side of the equation? Explain with at least 2 complete sentences based on your observations for question 1. 3. Using the information from #1, now calculate the total number of atoms in the table below. Reaction Total Number of ATOMS Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 4. Is the number of total atoms on the left side of a balanced equation always equal to the

1. Balance each of the reactions in the introduction and indicate the total number of molecules in the individual reactions in the table below. Reaction Total Number of MOLECULES Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 2. Is the number of total molecules on the left side of a balanced equation always equal to the number of total molecules on the right side of the equation? Explain with at least 2 complete sentences based on your observations for question 1. 3. Using the information from #1, now calculate the total number of atoms in the table below. Reaction Total Number of ATOMS Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 4. Is the number of total atoms on the left side of a balanced equation always equal to the

World of Chemistry, 3rd edition
World of Chemistry, 3rd edition
3rd Edition
ISBN:9781133109655
Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Chapter9: Chemical Quantities
Section: Chapter Questions
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Need help finding total number of molecules on each side and then the total number of atoms. Both for ammonia. Not understanding it...
Paragraph Styles Begin using the "Balancing Chemical Equations" simulation. Click on the "Introduction" screen of the simulation. 1. Balance each of the reactions in the introduction and indicate the total number of molecules in the individual reactions in the table below. Reaction Total Number of MOLECULES Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 2. Is the number of total molecules on the left side of a balanced equation always equal to the number of total molecules on the right side of the equation? Explain with at least 2 complete sentences based on your observations for question 1. 3. Using the information from #1, now calculate the total number of atoms in the table below. Reaction Total Number of ATOMS Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 4. Is the number of total atoms on the left side of a balanced equation always equal to the number of total atoms on the right side of the equation? Explain with at least 2 complete
Transcribed Image Text:Paragraph Styles Begin using the "Balancing Chemical Equations" simulation. Click on the "Introduction" screen of the simulation. 1. Balance each of the reactions in the introduction and indicate the total number of molecules in the individual reactions in the table below. Reaction Total Number of MOLECULES Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 2. Is the number of total molecules on the left side of a balanced equation always equal to the number of total molecules on the right side of the equation? Explain with at least 2 complete sentences based on your observations for question 1. 3. Using the information from #1, now calculate the total number of atoms in the table below. Reaction Total Number of ATOMS Reactant Side (Left) Product Side (Right) Make Ammonia Separate Water Combust Methane 4. Is the number of total atoms on the left side of a balanced equation always equal to the number of total atoms on the right side of the equation? Explain with at least 2 complete
Tools: None ON2 + 3 H2 2 NH3 Combust Methane Make Ammonia Separate Water X+Y+XY 8.
Transcribed Image Text:Tools: None ON2 + 3 H2 2 NH3 Combust Methane Make Ammonia Separate Water X+Y+XY 8.
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