**FIRST QUARTER**- 1.1 Factoring Polynomials Using its GCF (Greatest Common Factor)
- 1.2 Factoring Quadratics: ax^2 + bx + c, a=1
- 1.3 Factoring Quadratics: ax^2 + bx + c, a>1
- 1.4 Solving for the Solutions of Factors of Polynomials
- 1.5 Simplifying Rational Algebraic Expressions
- 1.6 Simplifying Algebraic Rational Expressions by Factoring
- 1.7 Multiplication and Division of Rational Algebraic Expressions
- 1.8 Addition and Subtraction of Rational Algebraic Expressions
- 1.9 Practice Exercises on Operations Involving Rational Algebraic Expressions
- 1.10 The Cartesian (Rectangular) Coordinate System
- 1.11 Using the Coordinate System in Modeling Equations
- 1.12 Finding Slope Given Two Points
- 1.13 Writing Linear Equation Given the Slope and the Y-Intercept
- 1.14 Slope-Intercept Form Given 2 Points
- 1.15 Using the Point-Slope Form in Writing the Equation of a line
- 1.16 Graphing Linear Equation in Slope-Intercept Form
- 1.17 Identifying Parallel and Perpendicular Lines
**SECOND QUARTER**- 2.1 Solving System of Linear Equations by Graphing
- 2.2 Identifying Types of Solutions of System of Linear Equations by Graphing
- 2.3 Solving System of Linear Equations by Substitution
- 2.4 Solving System of Linear Equations by Elimination Method
- 2.5 Practice Exercises on Solving Systems of Linear Equations with 2 Variables
- 2.6 Graphing Linear Inequalities with 2 Variables and Solving Systems of Linear Inequalities
- 2.7 Describing the Domain and Range of a Function
- 2.8 Graphing Linear Equations Using the y-Intercept and x-intercept
**FOURTH QUARTER**- 4.1 Computing For Probability - Classical Probability and Sample Space
- 4.2 Experimental Probability or Theoretical Probability
- 4.3 Probability Rules and Probability of Dependent and Independent Events Part 1
- 4.4 Probability Rules and Probability of Dependent and Independent Events Part 2