IB Chemistry Grade 12/ Honors Chemistry II
Homework Assignments
Unit: Gases
Assign # 1:
Periodic Table Data WS
Date Due: Wed. 12/7
Assign # 2:
% Composition WS
Date Due: Thurs. 12/8
Assign # 3:
Analysis & Conclusion for Molar Mass
of Butane Lab – Submit via Google Classroom
IB Chemistry Code: sj698rk
Date Due: Fri. 12/9
Assign # 4:
Page 185 Exercise 5.10A & 5.10B
Page 186 Exercise 5.11A & 5.11B
Date Due: Mon. 12/12
Assign # 5:
P. 192 Exercise 5.16A & 5.16B
P. 193 Exercise 5.17A & 5.17B
Ideal Gas Law Lab
Date Due: Tues. 12/13
Assign # 6:
Gas Laws & Stoichiometry WS
Date Due: Wed. 12/14
Assign # 7:
T,P & V Graphs Worksheet
Date Due: Thurs. 12/15
Assign # 8:
Test: % Composition/Gases
Date Due: Wed. 12/14
Pages 86-91 and pages 169-197 in your blue textbook will serve as a reference for this content.
Also, pages 1-6 in your IB Study Guide will assist you in learning this content.
The answers for the exercises are found in the back of your textbook.
Answer keys for worksheets can be found on my website under academics on the CPHS Homepage in
the IB/H Chem 2 folder.
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Via e-mail: [email protected] Leave the subject and message blank.
Learning Targets % Composition/Gases
By test time you will understand or carry out:
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Avagadro’s law enables the mole ratio of reacting gases to be determined from
volumes of the gases.
The molar volume of an ideal gas is a constant at specified temperature and pressure.
Calculations of reacting volumes of gases using Avogadro’s law.
Solutions of problems and analysis of graphs involving the relationship between
temperature, pressure and volume for a fixed mass of an ideal gas, (combined gas law).
Solution of problems relating to the ideal gas law equation.
Explanation of the deviation of real gases from ideal behavior at low temperature and
high pressure.
Empirical and molecular formulas for compounds can be determined from
% composition data.
Hipster Ice Cube!