
Introduction to Stoichiometry
Presentation
•
Chemistry
•
9th - 12th Grade
•
Practice Problem
•
Medium
+3
Standards-aligned
Shane Pulliam
Used 6+ times
FREE Resource
7 Slides • 37 Questions
1
2
4
Multiple Choice
__P4 + __O2 --> __P2O3
5
Multiple Choice
Balance this equation.
__CH4 + __O2 --> __CO2 + __H2O
1,2,1,1
2,1,2,1
1,2,1,2
0,2,0,2
6
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7
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8
9
Drag and Drop
10
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11
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12
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13
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14
Drag and Drop
15
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17
Multiple Choice
Calculate the molar mass of NaHCO3.
84.01 g/mol
86.98 g/mol
87.56 g/mol
84.0 g/mol
18
Multiple Choice
Calculate the molar mass of Ca3(PO4)2.
310.18 g/mol
135.05 g/mol
279.21 g/mol
342.18 g/mol
19
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20
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21
Labelling
How many moles are in a 12.83 g sample of Iron(III) sulfate?
Drag the terms into the proper spot to set up the problem to solve this question.
12.83 g Fe2(SO4)3
1 mol Fe2(SO4)3
399.91 g Fe2(SO4)3
1
22
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23
Labelling
How many grams are in 7.96 moles of calcium chloride?
Drag the terms into the proper spot to set up the problem to solve this question.
1 mol CaCl2
7.96 mol CaCl2
1
110.98 g CaCl2
24
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25
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26
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27
28
Labelling
3 Ag(s) + 4 HNO3(aq) → 3 AgNO3(aq) + 2 H2O(l) + NO(g)
How many moles of silver are needed to react with 40. moles of nitric acid?
Drag and drop to set up the problem.
40. mol HNO3
3 mol Ag
4 mol HNO3
1
29
Multiple Choice
3 Ag(s) + 4 HNO3(aq) → 3 AgNO3(aq) + 2 H2O(l) + NO(g)
How many moles of silver are needed to react with 40. moles of nitric acid?
30. mol Ag
0.33 mol Ag
0.19 mol Ag
53 mol Ag
30
Labelling
N2H4(l) + N2O4(l) → N2(g) + H2O(g)
How many moles of dinitrogen tetrahydride are required to produce 57 moles of nitrogen?
Drag and drop to set up the problem.
1 mol N2O4
3 mol N2
4 mol N2H4
57 mol N2O4
1 mol N2
1 mol N2H4
57 mol N2
1
31
Multiple Choice
N2H4(l) + N2O4(l) → N2(g) + H2O(g)
How many moles of dinitrogen tetrahydride are required to produce 57 moles of nitrogen?
38 mol N2H4
86 mol N2H4
0.026 mol N2H4
0.012 mol N2H4
32
Multiple Choice
16Na(s) + S8 (s) → 8Na2S (s)
What is the total number of moles of sulfur that reacts when 4.0 moles of sodium were completely consumed?
1.0
0.25
0.50
16
33
34
Drag and Drop
Remember that every stoichiometry problem requires a balanced chemical equation.
Drag and drop the terms to create the word equation for the chemical reaction.
35
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36
Multiple Choice
What type of reaction is given for this problem?
Calculate the mass of aluminum oxide produced when 3.75 moles of aluminum burn in oxygen.
combustion
decomposition
double replacement
single replacement
synthesis
37
Multiple Choice
What are the coefficients that will balance the equation?
Al(s) + O2(g) → Al2O3(s)
1, 1, 1
4, 3, 2
2, 1, 1
2, 3, 2
38
Multiple Choice
What is the FIND for the problem?
Calculate the mass of aluminum oxide produced when 3.75 moles of aluminum burn in oxygen.
g Al2O3
mol Al
g Al
mol Al2O3
39
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40
Reorder
Arrange the following in order needed to solve the problem.
Calculate the mass of aluminum oxide produced when 3.75 moles of aluminum burn in oxygen.
Write a balanced chemical equation
Convert moles Al to moles Al2O3
Convert moles Al2O3 to grams Al2O3
41
Labelling
Calculate the mass of aluminum oxide produced when 3.75 moles of aluminum burn in oxygen.
Drag and drop to set up the problem.
4 mol Al
2 mol Al2O3
1 mol Al2O3
3 mol O2
1
103.96 g Al2O3
32.00 g O2
27.98 g Al
3.75 mol Al
42
Multiple Choice
Calculate the mass of aluminum oxide produced when 3.75 moles of aluminum burn in oxygen.
195 g Al2O3
780. g Al2O3
0.0180 g Al2O3
55.4 g Al2O3
43
Multiple Choice
At extremely high temperatures, solid manganese metal is produced along with a white, powdery aluminum oxide, when aluminum powder reacts with a solid manganomanganic oxide ore that has a chemical formula of Mn3O4.
What are the coefficients for the reaction? (Hint: write a word equation first.)
1, 1, 1, 1
3, 8, 4, 9
1, 2, 1, 4
6, 10, 9, 7
44
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