Science

Course name: Chemistry Course code: (SCH4C)

Grade: 12

Type: College Preparation

This resource enables Learners to develop an understanding of chemistry through the study of matter and qualitative analysis, organic chemistry, electrochemistry, chemical calculations, and chemistry as it relates to the quality of the environment. Learners will use a variety of laboratory techniques, develop skills in data collection and scientific analysis, and communicate scientific information using appropriate terminology. Emphasis will be placed on the role of chemistry in daily life and the effects of technological applications and processes on society and the environment.

Grade: 12

Type: College Preparation

Prerequisites: None

This resource enables Learners to develop an understanding of chemistry through the study of matter and qualitative analysis, organic chemistry, electrochemistry, chemical calculations, and chemistry as it relates to the quality of the environment. Learners will use a variety of laboratory techniques, develop skills in data collection and scientific analysis, and communicate scientific information using appropriate terminology. Emphasis will be placed on the role of chemistry in daily life and the effects of technological applications and processes on society and the environment.

These learning resources support both Teacher led instruction and independent study.

For independent study, Learners may engage in active notebook reflection whenever prompted to participate in Discussions, Partner Activities, or Quizzes. No assignments can be submitted to TVO for grading or credit.

Educators may refer to the For Teachers page for extra information.

These learning resources support both Teacher led instruction and independent study.

For independent study, Learners may engage in active notebook reflection whenever prompted to participate in Discussions, Partner Activities, or Quizzes. No assignments can be submitted to TVO for grading or credit.

Educators may refer to the For Teachers page for extra information.

20 Lessons

6 Lessons

1.1 Qualitative and quantitative analysis

1.2 Atomic theory

Course name: Chemistry Course code: (SCH4C)

These learning resources support both Teacher led instruction and independent study.

These learning resources support both Teacher led instruction and independent study.

6 Lessons

1.1 Qualitative and quantitative analysis

1.2 Atomic theory

1.3 Chemical compounds

1.4 Chemical reactions

1.5 Solubility of ionic compounds

1.6 A chemist's contributions

4 Lessons

2.1 Molecular compounds

2.2 Representing hydrocarbons and simple organic compounds

2.3 Functional groups and complex organic compounds

2.4 Applications and implications of organic chemistry

4 Lessons

3.1 The mole and molar quantities

3.2 Methods of expressing concentration

3.3 Applications in stoichiometry

3.4 Limiting reagents and percent yield

6 Lessons

4.1 Water and its properties

4.2 Polluted water

4.3 Acids and bases and their applications

4.4 Acid precipitation

4.6 Oxidation reduction reactions

4.7 Galvanic cells and their applications

Course name: Chemistry Course code: (SCH4C)

These learning resources support both Teacher led instruction and independent study.

These learning resources support both Teacher led instruction and independent study.

Unit 1 : Matter & Qualitative Analysis 6 Lessons .chain-link{fill:#3d4649;} .icon-circle{fill:#e6e6e6;}

1.1 Qualitative and quantitative analysis 1.1 Qualitative and quantitative analysis

1.2 Atomic theory 1.2 Atomic theory

1.3 Chemical compounds 1.3 Chemical compounds

1.4 Chemical reactions 1.4 Chemical reactions

1.5 Solubility of ionic compounds 1.5 Solubility of ionic compounds

1.6 A chemist's contributions 1.6 A chemist's contributions

Unit 2 : Organic Chemistry 4 Lessons .chain-link{fill:#3d4649;} .icon-circle{fill:#e6e6e6;}

2.1 Molecular compounds 2.1 Molecular compounds

2.2 Representing hydrocarbons and simple organic compounds 2.2 Representing hydrocarbons and simple organic compounds

2.3 Functional groups and complex organic compounds 2.3 Functional groups and complex organic compounds

2.4 Applications and implications of organic chemistry 2.4 Applications and implications of organic chemistry

Unit 3 : Quantities in Chemistry 4 Lessons .chain-link{fill:#3d4649;} .icon-circle{fill:#e6e6e6;}

3.1 The mole and molar quantities 3.1 The mole and molar quantities

3.2 Methods of expressing concentration 3.2 Methods of expressing concentration

3.3 Applications in stoichiometry 3.3 Applications in stoichiometry

3.4 Limiting reagents and percent yield 3.4 Limiting reagents and percent yield

Unit 4 : Acid Base Chemistry, Electrochemistry and Oxidation Reduction Chemistry 6 Lessons .chain-link{fill:#3d4649;} .icon-circle{fill:#e6e6e6;}

4.1 Water and its properties 4.1 Water and its properties

4.2 Polluted water 4.2 Polluted water

4.3 Acids and bases and their applications 4.3 Acids and bases and their applications

4.4 Acid precipitation 4.4 Acid precipitation

4.6 Oxidation reduction reactions 4.6 Oxidation reduction reactions

4.7 Galvanic cells and their applications 4.7 Galvanic cells and their applications

6 Lessons

1.1 Qualitative and quantitative analysis

1.2 Atomic theory

1.3 Chemical compounds

1.4 Chemical reactions

1.5 Solubility of ionic compounds

1.6 A chemist's contributions

4 Lessons

2.1 Molecular compounds

2.2 Representing hydrocarbons and simple organic compounds

2.3 Functional groups and complex organic compounds

2.4 Applications and implications of organic chemistry

4 Lessons

3.1 The mole and molar quantities

3.2 Methods of expressing concentration

3.3 Applications in stoichiometry

3.4 Limiting reagents and percent yield

6 Lessons

4.1 Water and its properties

4.2 Polluted water

4.3 Acids and bases and their applications

4.4 Acid precipitation

4.6 Oxidation reduction reactions

4.7 Galvanic cells and their applications