Name: __________________________________________________________________________________________
Pd :_______________
1: QUANTITATIVE CHEMISTRY OBJECTIVES – Focus on Gases
From the IB Syllabus:
1.4
Text Work
Mass and Gaseous Volume Relationships in Chemical Reactions
Read pp 18-20
1.4.1
Do Ex 1.4 # 1-5
Calculate theoretical yields from chemical equations.

How well can you address
the stated objective…at this
time?
Not at
So-so I know this!
all
Given a chemical equation and the mass or amount (in moles) of one species,
calculate the mass or amount of another species.
Do Ex 1.4.1 # 1-3
1.4.2
Determine the limiting reactant and the reactant in excess when quantities of
reacting substances are given.
1.4.3
Solve problems involving theoretical, experimental and percentage yield.
1.4.4
Apply Avogadro’s law to calculate reacting volumes of gases.
1.4.5
Apply the concept of molar volume at standard temperature and pressure in
calculations.
1.4.6
Solve problems involving the relationship between temperature, pressure and
volume for a fixed mass of an ideal gas.
1.4.7
Solve problems using the ideal gas equation, PV = nRT
1.4.8
Analyze graphs relating to the ideal gas equation.
Dates of Self-Assessments
Read pp 21-23
Do Ex 1.4.2 # 1-10
Read pp 24-25
Do Ex 1.4.3# 1-10
Check 1: __________ Check 2: __________ Check 3: _________
Possible Resources for Review / Practice on Quantitative Chemistry
(1)
(2)
(3)
Green and Damjii – Chapter 1: Do Exercises and check your answers.
Green and Damjii – Further Worked Examples – This shows you how to solve a number of different types of
stoichiometry problems. If you are struggling, this may be a good place to go to see how to work problems.
See web-site for additional practice problems.
Name: __________________________________________________________________________________________
Pd :_______________
1: QUANTITATIVE CHEMISTRY OBJECTIVES - – Focus on Gases
From the IB Syllabus:
1.4
Text Work
Mass and Gaseous Volume Relationships in Chemical Reactions
Read pp 18-20
1.4.8
Do Ex 1.4 # 1-5
Calculate theoretical yields from chemical equations.

How well can you address
the stated objective…at this
time?
Not at
So-so I know this!
all
Given a chemical equation and the mass or amount (in moles) of one species,
calculate the mass or amount of another species.
Do Ex 1.4.1 # 1-3
1.4.9
Determine the limiting reactant and the reactant in excess when quantities of
reacting substances are given.
1.4.10
Solve problems involving theoretical, experimental and percentage yield.
1.4.11
Apply Avogadro’s law to calculate reacting volumes of gases.
1.4.12
Apply the concept of molar volume at standard temperature and pressure in
calculations.
1.4.13
Solve problems involving the relationship between temperature, pressure and
volume for a fixed mass of an ideal gas.
Read pp 21-23
Do Ex 1.4.2 # 1-10
Read pp 24-25
Do Ex 1.4.3# 1-10
1.4.14 Solve problems using the ideal gas equation, PV = nRT
1.4.8
Analyze graphs relating to the ideal gas equation.
Dates of Self-Assessments
Check 1: __________ Check 2: __________ Check 3: _________
Possible Resources for Review / Practice on Quantitative Chemistry
(1)
(2)
(3)
Green and Damjii – Chapter 1: Do Exercises and check your answers.
Green and Damjii – Further Worked Examples – This shows you how to solve a number of different types of
stoichiometry problems. If you are struggling, this may be a good place to go to see how to work problems.
See web-site for additional practice problems.