For more information see Ms. McGregor's website click HERE.
- Chemistry 11
- Chemistry 12

Chemistry 11 can be a demanding course for many students. Because the course builds on previous material, it is important to have a good grasp on each concept before moving onto the next. It is, therefore, not a course that can be left until the last minute. Ideally, each student should spend about an hour each school night on the day of the class reviewing the day's concept or the equivalent amount of time on the weekend reviewing the week's work.
I am available during tutorial EVERY SCHOOL DAY and can be available during lunch or after school if prior arrangements are made. Unfortunately, these times are for all of my classes and can get very full. It is important that everyone that attends these help sessions has specific questions to ask. I may not have time to re-teach concepts.
Below is a course schedule and a rough timeline. If time permits, all sections will be covered. If not, organic chemistry and/or solutions will be left out. Not covering these sections will not greatly hinder success in Chemistry 12 or university. For a more detailed description of what will be covered, please visit the ministry's website. A link to it can be found in the "Helpful Chemistry Links" section.
Course Outline for Chemistry 11
- Introduction to Science and Chemistry (about 2-3 weeks)
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Lab Safety
Introduction to Science
What is Chemistry
Math for Chemistry
Matter, Properties and Changes
Substances and Mixtures - Atomic Structure (about 2-3 weeks)
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History of the Atom
Atomic Structure
Subatomic Particles
Electron Configuration - Elements, Ions, and Compounds (about 2-3 weeks)
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The Periodic Table and Element Arrangement
How Atoms Combine
Chemical Formulas and Names
Bonding - Mole Concept (about 4 weeks)
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Definition of the Mole
Molar Mass
Mole Calculations
Avogadro's Hypothesis
Percent Composition and Empirical and Molecular Formulas
Molarity - Chemical Reactions (less than 2 weeks)
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Terminology
Energy in Reactions
Types of Reactions
Balancing Chemical Reactions - Stoichiometry (less than 2 weeks)
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Calculations with Reactions
Limiting Reactants - Organic Chemistry (about 2 weeks)
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Chemistry of Carbon
Industry and Societal Implications
Terminology
Hydrocarbons: Names, Structures, and Geometry
Functional Groups: Names, Structures, and Geometry - Solutions (less than 2 weeks or covered within other units)
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Terminology
Polarity
Solubility
Molarity
Chemistry 12 is an extremely demanding course. There is a great deal of material that must be covered before the provincial exam and it is essential for students to keep on top of things. It is simply not possible to put this class on the back burner for any length of time. You will be required to do at least an hour every weeknight of assigned reading and homework.
I am available during tutorial time EVERY WEEK DAY if you should ever need any help. I strongly encourage you to use this service AS SOON AS YOU ARE EXPERIENCING DIFFICULTY. I can be available at lunch or after school if you make arrangements with me ahead of time.
My job is to make Chemistry 12 as easy as possible for you, while at the same time providing you with information that is accurate and complete. I will do everything in my power to help you be successful in this course (and prepare you for beyond). Your job will be to work to the utmost of your potential. I expect nothing less and I will not tolerate laziness. Ultimately, it is up to you to do the work and to ask for help when you need it.
Below is a list of the topics covered in Chemistry 12 and a rough timeline. More detailed information can be found in the IRP(integrated resource package) provided to you in your course outline. This are also available on the Ministry’s web site. You can find a link to this on the "Helpful Chemistry Links" page on my website.
Course Outline for Chemistry 12
- Reaction Kinetics (about 2 weeks)
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Introduction
Collision Theory
Reaction Mechanism & Catalysis - Equilibrium (about 2 weeks)
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Introduction
Le Chatelier's Principle
Equilibrium Constant - Solubility (about 2 weeks)
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Concept of Solubility
Solubility and Precipitation
Quantitative Aspects - Acids, Bases, and Salts (about 4-6 weeks)
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Properties and Definitions
Strong and Weak Acids and Bases
pH, pOH, and Kw
Ka and Kb Calculations
Hydrolysis of Salts
Indicators
Acid and Base Reactions
Titrations
Buffers
Acid Rain - Oxidation Reduction (about 2 weeks)
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Introduction
Balancing Redox Reactions
Electrochemical Cells
Corrosion
Electrolytic Cells


