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Limiting Reactant Practice Set #2
By Danielle Smith
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Last updated 2 days ago
21 questions
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Question 1
1.
Write a balanced chemical equation for the following reaction.
Aluminum and oxygen react to form aluminum oxide.
Question 2
2.
What type of reaction is shown in #1?
Question 3
3.
Calculate the molar mas of aluminum. (Use 4 sig figs)
Question 4
4.
Calculate the molar mass of oxygen (O2). (Use 4 sig figs)
Question 5
5.
Calculate the molar mass of aluminum oxide. (Use 5 sig figs)
Question 6
6.
If you start with 8.63g of aluminum and 8.32 g of oxygen gas, how many grams of aluminum oxide can be formed?
Question 7
7.
Which reactant from the reaction in #1 is the limiting reactant?
Question 8
8.
Write a balanced equation for the following reaction.
Cupric sulfate and ferric react in a single replacemant reaction.
Question 9
9.
What type of reaction is shown in #8?
Question 10
10.
Calculate the molar mass for cupric sulfate. (Use 5 sig figs)
Question 11
11.
Calulate the molar mass of iron. (Use 4 sig figs)
Question 12
12.
Calculate the molar mass of ferric sulfate
Question 13
13.
If you start with 17.3 g of cupric sulfate and 17.3 g of ferric, how many grams of ferric sulfate can be formed?
Question 14
14.
Which reactant from #8 is the limiting reactant?
Question 15
15.
What are the coefficients that balance the following reaction: (Use commas to seperate the coefficients)
Ni + AgNO3 --> Ag + Ni(NO3)2
Question 16
16.
What type of reaction is shown in #15?
Question 17
17.
Calculate the molar mass for nickel. (Use 4 sig figs)
Question 18
18.
Calculate the molar mass of silver nitrate. (Use 5 sig figs)
Question 19
19.
Calculate the molar mass for nickel (II) nitrate. (Use 5 sig figs)
Question 20
20.
If you start with 22.9g of nickel and 112g of silver nitrate, how many grams of nickel (II) nitrate can be formed?
Question 21
21.
Which reactant is the limiting reactant from #15?