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G 12. Now that you have successfully balanced the Make Ammonia equation, let's determine what it means to be "balanced". The word balance implies something is equal. Are the number of molecules on each side of the equation balanced? Hint: Count the molecules in the reactant box and compare it to the number of molecules in the product box Yes! There are TWO molecules in the reactant box and TWO molecules in the product's box Yes! There are FOUR molecules in the reactant box and FOUR molecules in the product box @ No, the number of molecules are not balanced (equal). There are FOUR molecules in the reactant box and TWO molecules in the product box No, the number of molecules are not balanced (equal). There are TWO molecules in the reactant box and FOUR molecules in the product box

G 12. Now that you have successfully balanced the Make Ammonia equation, let's determine what it means to be "balanced". The word balance implies something is equal. Are the number of molecules on each side of the equation balanced? Hint: Count the molecules in the reactant box and compare it to the number of molecules in the product box Yes! There are TWO molecules in the reactant box and TWO molecules in the product's box Yes! There are FOUR molecules in the reactant box and FOUR molecules in the product box @ No, the number of molecules are not balanced (equal). There are FOUR molecules in the reactant box and TWO molecules in the product box No, the number of molecules are not balanced (equal). There are TWO molecules in the reactant box and FOUR molecules in the product box

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
Problem 1STP
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O 12. Now that you have successfully balanced the Make Ammonia equation, let's determine what it means to be "balanced". The word balance implies something is equal. Are the number of molecules on each side of the equation balanced? Hint: Count the molecules in the reactant box and compare it to the number of molecules in the product box Yes! There are TWO molecules in the reactant box and TWO molecules in the product's box. Yes! There are FOUR molecules in the reactant box and FOUR molecules in the product box @ No, the number of molecules are not balanced (equal). There are FOUR molecules in the reactant box and TWO molecules in the product box. No, the number of molecules are not balanced (equal). There are TWO molecules in the reactant box and FOUR molecules in the product box.
Transcribed Image Text:O 12. Now that you have successfully balanced the Make Ammonia equation, let's determine what it means to be "balanced". The word balance implies something is equal. Are the number of molecules on each side of the equation balanced? Hint: Count the molecules in the reactant box and compare it to the number of molecules in the product box Yes! There are TWO molecules in the reactant box and TWO molecules in the product's box. Yes! There are FOUR molecules in the reactant box and FOUR molecules in the product box @ No, the number of molecules are not balanced (equal). There are FOUR molecules in the reactant box and TWO molecules in the product box. No, the number of molecules are not balanced (equal). There are TWO molecules in the reactant box and FOUR molecules in the product box.
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