Given the following equation: ____N3O8 → _____NO2. How many atoms of nitrogen on the reactants side?
Question 2
2.
Given the following equation: ____N3O8 → _____NO2. How many atoms of oxygen on the reactants side?
Question 3
3.
Given the following equation: ____N3O10→ _____NO2 + ____O2. Balance the equation(type your answer in as 5, 6, 7 separate the coefficients with commas).
Question 4
4.
Given the following equation: ____Mg+ ___N2 → ___Mg3N2. How many atoms of nitrogen on the reactants side?
Question 5
5.
Given the following equation: ____Mg + ___N2 → ___Mg3N2. How many atoms of magnesium on the reactants side?
Question 6
6.
Given the following equation: ____Mg + ___N2 → ___Mg3N2. Balance the equation(type your answer in as 5, 6, 3 separate the coefficients with commas).
Question 7
7.
Given the following equation: ____H2S→ ____H2 + ____S2. Balance the equation(type your answer in as 5, 6, 3 separate the coefficients with commas).
Question 8
8.
Given the following equation: ____Mn + ____S → ____Mn2S3. Balance the equation(type your answer in as 5, 6, 3 separate the coefficients with commas).
Question 9
9.
Given the following equation: ____C + ____O2 → ____CO. Balance the equation(type your answer in as 5, 6, 3 separate the coefficients with commas).
Question 10
10.
Given the following equation: ____C2H6 + ____O2 → ____H2O + ____CO2. Balance the equation(type your answer in as 5, 6, 3, 2 separate the coefficients with commas).
Question 11
11.
Given the following equation: ____PbO2 + ____C → ____Pb + ____CO2. Balance the equation(type your answer in as 5, 6, 3, 8 separate the coefficients with commas).
Question 12
12.
Given the following equation: ____PbO2 + ____Li → ____Pb + ____Li2O. Balance the equation(type your answer in as 5, 6, 3, 8 separate the coefficients with commas).
Question 13
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Question 14
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Question 15
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Question 16
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Question 17
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Question 18
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Question 19
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Question 20
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Question 21
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Question 22
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Question 23
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Question 24
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Question 25
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Question 26
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Question 27
27.
Magnesium metal reacts with oxygen gas to produce magnesium oxide.
Question 28
28.
Show the complete ionic and net ionic forms of the following equations. If all species are spectator ions, please indicate that no reaction takes place. Note: you need to make sure the original equation is balanced before proceeding! A set of solubility rules are given at the end of this document.