NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions

NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
NYS Regents Chemistry Complete Course Notebook: Student and Teacher versions
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18 MB|137 pages
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Product Description

This is the full NYS Regents Chemistry course notebook. The book is organized into the following units and topics.

Unit

Topic

1. Matter & Measurement

1.1 Introduction and Scientific Method

1.2 Classification of Matter

1.3 Separation of Mixtures

1.4 Physical vs. Chemical Change

1.5 Units and Measurements

1.6 Precision and Measurements

2. Atomic Theory

2.1 History of Atomic Models

2.2 Sub Atomic Particles

2.3 Ions

2.4 Isotopes

2.5 Atomic Mass

2.6 Electron Energy

2.7 Emission Spectra

3. Periodic Table

3.1 Periodic Table History and Design

3.2 Groups and Elements

3.3 Periodic Table Trends

4. Bonding

4.1 Formula Writing

4.2 Naming Compounds

4.3 Types of Bonds

4.4 Lewis Dot Diagrams

4.5 Polarity

4.6 Intermolecular Forces

5. The Mole

5.1 The Mole

5.2 Percent Composition

5.3 Empirical and Molecular Formulas

5.4 Density

6. Chemical Rxns.

6.1 Law of Conservation & Balancing

6.2 Types of Chemical Reactions

6.3 Moles in Reactions - Stoichiometry

7. Phase Change

7.1 Phases of Matter

7.2 Phase Change Diagram

7.3 Energy and Temperature

7.4 Vapor Pressure

8. Gas Laws

8.1 Kinetic Molecular Theory

8.2 Gas Laws & Combined Gas Equation PTV

8.3 Ideal vs. Real Gas Behavior

9. Solutions

9.1 Solubility and Temperature: Table G

9.2 Factors Affecting Solubility

9.3 Concentration of Solutions

9.4 Freezing Pt Depression & Boiling Point Elevation

10. Kinetics

10.1 Collision Theory & Reaction Rate

10.2 Heat Equations

10.3 Potential Energy Diagrams

11. Equilibrium

11.1 Equilibrium Systems

11.2 LeChatelier's Principle & Shifting Equilibrium

12. Acids and Bases

12.1 Acid & Base Properties

12.2

Arrhenius Acid Base Theory

12.3 Bronsted Lowery Acid Base Theory

12.4 Naming Acids and Bases

12.5 pH Scale

12.6 Acid Base Titration

13. Redox Chem.

13.1 Determining Oxidation Numbers

13.2 Defining Redox in Reactions

13.3 Balancing Redox Reactions

13.4 Voltaic Cells

13.5 Electrolytic Cells

14. Organic Chem.

14.1 Hydrocarbons

14.2 Isomers

14.3 Organic Functional Groups

14.4 Organic Chemical Reactions

15. Nuclear Chem.

15.1 Radioactivity & Natural Decay

15.2 Half Life

15.3 Induced Nuclear Reactions

15.4 Uses of Radioisotopes

Total Pages
137 pages
Answer Key
N/A
Teaching Duration
N/A
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