Subject
Subject: Science
Grade: 12
Credits:1.0
Type: University Preparation
Language of Study: English
Prerequisites:
SCH3U
Course description: Learn more about organic chemistry, matter, energy and rates of reactions, equilibrium, and electrochemistry. Problem solve and investigate chemical processes seen in everyday life. Preview Course
Interested in taking this course?
- If you are a student already enrolled in an Ontario High School, please contact your school about taking courses with TVO ILC.
- If your goal is to earn a high school diploma or if you are a homeschool student, an academic assessment of your application must be done before choosing courses, please visit Apply Now to start your application.
Grade: 12
Credits:1.0
Type: University Preparation
Language of Study: English
Prerequisites:
SCH3U
Course description: Learn more about organic chemistry, matter, energy and rates of reactions, equilibrium, and electrochemistry. Problem solve and investigate chemical processes seen in everyday life. Preview Course
Course fees are partially subsidized for most Ontario residents. The administrative fee covers the cost for us to process your application.
Interested in taking this course?
- If you are a student already enrolled in an Ontario High School, please contact your school about taking courses with TVO ILC.
- If your goal is to earn a high school diploma or if you are a homeschool student, an academic assessment of your application must be done before choosing courses, please visit Apply Now to start your application.
Course Overview
This course enables you to deepen your understanding of chemistry through the study of organic chemistry, the structure and properties of matter, energy changes and rates of reaction, equilibrium in chemical systems, and electrochemistry. You will further develop your problem-solving and investigation skills as you investigate chemical processes, and will refine your ability to communicate scientific information. Emphasis will be placed on the importance of chemistry in everyday life and on evaluating the impact of chemical technology on the environment.
Course Syllabus
This course is designed for independent study. Our courses are routinely reviewed for errors and adherence to AODA accessibility standards. We appreciate your patience as we work towards delivering high-quality digital learning for all.
This course is designed for independent study. Our courses are routinely reviewed for errors and adherence to AODA accessibility standards. We appreciate your patience as we work towards delivering high-quality digital learning for all.
To preview the lessons, please visit this page with a computer or tablet.
27 Lessons
1.1
Organic chemistry and everyday life
1.1
Organic chemistry and everyday life
1.2
Naming chemical compounds
1.2
Naming chemical compounds
1.3
Exploring hydrocarbons
1.3
Exploring hydrocarbons
1.4
Functional groups
1.4
Functional groups
1.5
Drawing compounds
1.5
Drawing compounds
1.6
Molecular shapes
1.6
Molecular shapes
1.7
Molecular shape and functionality
1.7
Molecular shape and functionality
1.8
Investigating intermolecular forces
1.8
Investigating intermolecular forces
1.9
Organic compound reactions
1.9
Organic compound reactions
2.1
Heat transfer and energy changes
2.1
Heat transfer and energy changes
2.2
Measuring energy changes
2.2
Measuring energy changes
2.3
Enthalpy and Hess's law
2.3
Enthalpy and Hess's law
2.4
Rates of reaction
2.4
Rates of reaction
3.1
Equilibrium reactions
3.1
Equilibrium reactions
3.2
Le Chatelier's principle and equilibrium reactions
3.2
Le Chatelier's principle and equilibrium reactions
3.3
Calculating equilibrium concentrations
3.3
Calculating equilibrium concentrations
3.4
Investigating equilibrium constants
3.4
Investigating equilibrium constants
3.5
Reaction quotients and equilibrium
3.5
Reaction quotients and equilibrium
3.6
Acid base chemistry and equilibrium
3.6
Acid base chemistry and equilibrium
3.7
Exploring pH and buffers
3.7
Exploring pH and buffers
4.1
Developing research questions
4.1
Developing research questions
4.2
Redox reactions and everyday life
4.2
Redox reactions and everyday life
4.3
Balancing redox half-reactions
4.3
Balancing redox half-reactions
4.4
Exploring standard reduction potential tables
4.4
Exploring standard reduction potential tables
4.5
Investigating voltaic cells
4.5
Investigating voltaic cells
5.1
The history of atomic models
5.1
The history of atomic models
5.2
Subatomic orbitals and electron configuration
5.2
Subatomic orbitals and electron configuration