Integrated Math I

Overview -

Integrated Mathematics I is the foundation – the skills acquired in this course contain the basic knowledge needed for all future high school math courses. The content in this course is tied to real-world applications like sports, travel, business, and health. This course is designed to give you the skills and strategies to solve all kinds of mathematical problems.

MAJOR TOPICS AND CONCEPTS -

    • Algebra Foundations

      • Numerical Operations
      • Algebraic Expressions
      • Units and Graphs
      • Descriptive Modeling and Accuracy
      • Translations
      • Algebraic Properties and Equations

      Equations and Inequalities

      • One-Variable Equations
      • Two-Variable Equations
      • Absolute Value Equations
      • Inequalities
      • Compound Inequalities
      • Literal Equations

      Linear Functions

      • Relations and Functions
      • Function Notation and Graphs
      • Linear Functions
      • Linear Models
      • Writing Linear Functions
      • Horizontal and Vertical Lines

      Exponential Functions

      • Properties of Exponents
      • Operations with Radicals
      • Exponential Functions and Models
      • Graphing Exponential Functions
      • Sequences
      • Exploring Linear and Exponential Growth

      Systems of Equations

      • Solving Systems of Equations
      • Graphically Solving Systems of Equations
      • Algebraically Solving Systems of Equations Approximately
      • Two Variable Linear Inequalities
      • Systems of Linear Inequalities

      Statistics

      • Representing Data
      • Comparing Data
      • Sets Data
      • Sets and Outliers
      • Two-Way Frequency Tables
      • Scatter Plots and Line of Best Fit
      • Correlation and Causation

      Polynomials

      • Addition and Subtraction of Polynomials
      • Multiplication and Division of Monomials
      • Multiplication and Division of Polynomials
      • Function Operations

      Factoring

      • Greatest Common Factor
      • Factoring by Grouping
      • Factoring Trinomials
      • Perfect Square Trinomials
      • Difference of Perfect Squares
      • Polynomial Functions

      Quadratic Functions

      • Quadratic Models
      • Quadratics and Completing the Square
      • Quadratics and the Quadratic Formula
      • Applications of Quadratic Functions
      • Exploring Non-Linear Systems and Growth

      Foundational Geometry

      • Basics of Geometry
      • Using the Coordinates
      • Slope
      • Coordinate Applications
      • Formulas
      • Applications of Volume

    Grade Level

    Grade 9, 10, 11, 12

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    Duration

    Annual

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    Prerequisites

    None

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    Mode

     Online

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    Ratio

    1 Teacher : 9 Student (Standard)

    1 Teacher : 15 Student (max)

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    Exams & Assessments

    Online via Learning Management System

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    Academic Year

    9.6 Months ≈ 10 Months

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    Commencement of Academic Year

    January

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    End of Academic Year

    November

    Requirements

     

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