This product can be purchased in different bundles:

• Each unit is sold separately for $5 each and there are 14 total units
• Each semester (2 bundles) is sold for $25 each (units 1-7 and units 8-14)
• Full year bundle is sold for $45 and includes all 14 units

These Algebra 2 notes templates are formatted as Cornell notes. They include the title of each lesson, the learning target, the two-column format, and a summary section. These notes give students definitions of key terms, detailed steps, and example problems. Each template follows the “I do, you do” format. There are examples for the teacher to go through and then a similar example for the students to attempt. This format allows for structured notes as well as formative assessments (the teacher can walk around during the “your turn” questions). These files are word files so you can edit the notes, as needed. Each unit includes completed notes/answers. Here is a list of each title, by unit:

Unit 1: Expressions, Equations, and Inequalities

1-1: Patterns and Expressions

1-2: Properties of Real Numbers

1-3: Algebraic Expressions

1-4: Solving Equations

1-5 Day 1: Solving Inequalities

1-5 Day 2: Solving Inequalities (Compound)

1-6 Day 1: Absolute Value Equations

1-6 Day 2: Absolute Value Inequalities

Unit 2: Functions, Equations, and Graphs

2-1 Day 1: Relations and Functions

2-1 Day 2: Function Notation

2-2: Direct Variation

2-3: Linear Functions and Slope-Intercept Form

2-4 Day 1: More Linear Equations (Point-Slope and Standard Forms)

2-4 Day 2: More Linear Equations (Parallel and Perpendicular Lines)

2-5: Using Linear Models

2-6: Families of Functions

2-7: Absolute Value Functions and Graphs

2-8: Two-Variable Inequalities

Unit 3: Linear Systems

3-1: Solving Systems Using Tables and Graphs

3-2: Solving Systems Algebraically

3-3: Systems of Inequalities

3-4: Linear Programming

3-5: Systems With Three Variables

3-6: Solving Systems Using Matrices

Unit 4: Quadratic Functions and Equations

4-1: Quadratic Functions and Transformations

4-2: Standard Form of a Quadratic Function

4-3: Modeling With Quadratic Functions

4-4: Factoring Quadratic Expressions

4-5: Quadratic Equations

4-6: Completing the Square

4-7: The Quadratic Formula

4-8 Day 1: Complex Numbers Part 1

4-8 Day 2: Complex Numbers Part 2

4-9: Quadratic Systems

Unit 5: Polynomials and Polynomial Functions

5-1 Day 1: Polynomial Functions - Classifying and End Behavior

5-1 Day 2: Polynomial Functions - Graphing

5-2 Day 1: Polynomials, Linear Factors, and Zeros

5-2 Day 2: Polynomials, Linear Factors, and Zeros

5-3 Day 1: Solving Polynomial Equations (Factoring)

5-3 Day 2: Solving Polynomials Equations (Graphing)

5-4 Day 1: Dividing Polynomials (Long Division)

5-4 Day 2: Dividing Polynomials (Synthetic Division)

5-5 Day 1: Theorems About Roots of Polynomial Equations (Rational Root Theorem)

5-5 Day 2: Theorems About Roots of Polynomial Equations (Conjugate Root Theorem)

5-6: The Fundamental Theorem of Algebra

5-7: The Binomial Theorem

5-9: Transforming Polynomial Functions

Unit 6: Radical Functions and Rational Exponents

6-1: Roots and Radical Expressions

6-2: Multiplying and Dividing Radical Expressions

6-3: Binomial Radical Expressions

6-4 Day 1: Intro to Rational Exponents

6-4 Day 2: Rational Exponents

6-5: Solving Square Root and Other Radical Equations

6-6: Function Operations

6-7: Inverse Relations and Functions

6-8 Day 1: Graphing Square Root Functions

6-8 Day 2: Graphing Radical Functions

Unit 7: Exponential and Logarithmic Functions

7-1: Exploring Exponential Models

7-2: Properties of Exponential Functions

7-3 Day 1: Writing and Evaluating Logarithmic Functions

7-3 Day 2: Graphing Logarithmic Functions

7-4: Properties of Logarithms

7-5: Exponential and Exponential Equations

7-6: Natural Logarithms

Unit 8: Rational Functions

8-1: Inverse Variation

8-2 Day 1: Graphing Reciprocal Functions

8-2 Day 2: Graphing Translations of Reciprocal Functions

8-3 Day 1: Points of Discontinuity

8-3 Day 2: Asymptotes and Rational Graphs

8-4: Rational Expressions

8-5 Day 1: Adding and Subtracting Rational Expressions

8-5 Day 2: Complex Fractions

8-6: Solving Rational Equations

Unit 9: Sequence and Series

9-1: Mathematical Patterns

9-2: Arithmetic Sequences

9-3: Geometric Sequences

9-4: Arithmetic Series

9-5: Geometric Series

Unit 10: Quadratic Relations and Conic Sections

10-1: Exploring Conic Sections

10-2: Parabolas

10-3: Circles

10-4: Ellipses

10-5: Hyperbolas

10-6: Translating Conic Sections

Unit 11: Probability and Statistics

11-1: Permutations and Combinations

11-2: Probability

11-3: Probability of Multiple Events

11-4: Conditional Probability

11-5: Analyzing Data

11-6: Standard Deviation

11-7: Samples and Surveys

11-8: Binomial Distributions

11-9: Normal Distributions

Unit 12: Matrices

12-1: Adding and Subtracting Matrices

12-2: Matrix Multiplication

12-2b: Properties of Matrix Operations Reference Sheet

12-3 Day 1: Determinants

12-3 Day 2: Inverses

12-4 Day 1: Inverse Matrices and Systems

12-4 Day 2: Solving Systems of Three Equations using Matrices

12-5 Day 1: Translations and Dilations (Matrices)

12-5 Day 2: Rotations and Reflections (Matrices)

12-6: Vectors

Unit 13: Periodic Functions and Trigonometry

13-1: Periodic Functions and Trigonometry

13-2 Day 1: Angles in Standard Position

13-2 Day 2: The Unit Circle

13-3: Radian Measure

13-4 Day 1: The Sine Function (Properties)

13-4 Day 2: The Sine Function (Graphing)

13-5: The Cosine Function

13-6: The Tangent Function

13-7: Translating Sine and Cosine Functions

13-8: Reciprocal Trigonometric Functions

Reference Sheet - The Unit Circle

Unit 14: Trigonometric Identities and Equations

14-1: Trigonometric Identities

14-2 Day 1: Evaluating Inverse Trigonometric Functions

14-2 Day 2: Solving Trigonometric Equations Using Inverses

14-3 Day 1: Right Triangles and Trigonometric Ratios - Side Lengths

14-3 Day 2: Right Triangles and Trigonometric Ratios - Angles

14-4: Area and the Law of Sines

14-5: The Law of Cosines

14-6: Angle Identities

14-7: Double-Angle and Half-Angle Identities