|
||
• Section 1.1 Rational and Irrational Numbers
• Section 1.2 Prime Factorizations
• Section 1.3 Square Roots and Mixed Radicals
• Section 1.4 Converting Decimals to Fractions
• Section 1.5 BEDMAS with Rational Numbers
• Section 1.6 Surface Areas of 3D Solids
• Section 1.7 Surface Areas of Composite Solids
• Chapter 1 Review
• 1.1
• 1.2
• 1.3
• 1.4
• 1.5
• 1.6
• 1.7
• Rev.
In this section, students will learn to:
• Display an understanding of Rational and Irrational Numbers
• Convert Mixed Radicals and Complete Radicals
• Determine the surface area of composite 3D solids to solve problems
• Section 2.1 What are Exponents and Exponent Rules
• Section 2.2 Zero and Negative Exponents
• Section 2.3 Fractional Exponents and Mixed Radicals
• Section 2.4 Operations with Mixed Radicals
• Section 2.5 Rationalizing Radicals
• Chapter 2 Review
• 2.1
• 2.2
• 2.3
• 2.4
• 2.5
• Rev.
In this section, students will learn to:
• Compare rational numbers with different values
• Evaluate the square root of rational numbers that are perfect squares
• Approximate the Square root of rational numbers that are not perfect squares
• Solve problems involving rational numbers
• Section 3.1 Generating TOV's and Linear Functions
• Section 3.2 Slopes and Lengths of Line Segments
• Section 3.3 Graphing Linear Functions
• Section 3.4 Slopes and Parallel and Perpendicular Lines
• Section 3.5 Intersecting Lines
• Chapter 3 Review
• 3.1
• 3.2
• 3.3
• 3.4
• 3.5
• Rev.
Linear Relations
In this chapter, students will learn:
• to display an understanding of powers with integral bases by representing repeated multiplication using powers and any power with an exponent of zero is equal to one
• to perform operations on powers with integral bases and whole number exponents
• Section 4.1 Multiplying & Dividing Polynomials
• Section 4.2 Expanding Binomials with Pascal's Triangle
• Section 4.3 Dividing and Factoring Polynomials
• Section 4.4 Factoring and Solving Trinomials
• Section 4.5 Solving Difference of Squares and Powers
• Section 4.6 Completing the Square
• Section 4.7 Quadratic Formula
• The Rock Problem
• Section 4.8 Long Division
• Chapter 4 Review
• 4.1
• 4.2
• 4.3
• 4.4
• 4.5
• 4.6
• 4.7
• 4.8
• Rev.
In this chapter, students will learn:
• to demonstrate an understanding of similiarity of polygons
• to draw and interpret scale diagrams of 2D shapes
• Section 5.1 Basic Inequalities and Equations
• Section 5.2 Graphing Linear Inequalities
• Section 5.3 Graphing Systems of Linear Inequalities
• Section 5.4 Solving Systems with Three Variables
• Section 5.5 Solving Inequalities with Trinomials
• Chapter 5 Review
• 5.1
• 5.2
• 5.3
• 5.4
• 5.5
• Rev.
In this chapter, students will learn:
• to display an understanding of polynomials
• perform operations of simplifying polynomial expressions by combining liketerms
• Section 6.1 Scaled Diagrams
• Section 6.2 Reflection and Rotational Symmetry on the Cartesian Plane
• Section 6.3 Similar Triangles (Part 1)
• Section 6.4 Similar Triangles (Part 2)
• Section 6.5 Trigonometric Ratios
• Section 6.6 Trigonometry Problems
• Section 6.7 Special Triangles
• Section 6.8 Sine Law
• Section 6.9 Cosine Law
• Chapter 6 Review
• 6.1
• 6.2
• 6.3
• 6.4
• 6.5
• 6.6
• 6.7
• 6.8
• 6.9
• Rev.
In this chapter, students will learn:
• to generalize patterns from a problem solving context using linear equations
• to extrapolate and interpolate data from linear graphs to solve problems
Math 9 Honours Chapter 7:
• Section 7.1 Chords in a Circle
• Section 7.2 Properties of Inscribed Angles
• Section 7.3 Tangents and Circles
• Section 7.4 Tangents Chord Properties
• Section 7.5 Properties with Intersecting Chords
• Section 7.6 Properties with Intersecting Chords and Secants
• Chapter 7 Review
• 7.1
• 7.2
• 7.3
• 7.4
• 7.5
• 7.6
• Rev.
In this chapter, students will learn:
• to display an understanding of polynomials
• to model, record, and explain the operations of multipying and dividing polynomials concretely, pictorially, and symbolically
• Section 8.1 What is Probability and Statistics
• Section 8.2 Data Collection and Graphs
• Section 8.3 FCP and Permutations
• Section 8.4 Permutations with Repeated Objects and Combinations
• Section 8.5 Sample Space and Tree Diagram
• Section 8.6 Independent and Dependent Events
• Section 8.7 Conditional Probability
• Chapter 8 Review
• 8.1
• 8.2
• 8.3
• 8.4
• 8.5
• 8.6
• 8.7
• Rev.
In this chapter, students will learn:
• to model and solve problems using linear equations
• to solve linear equations involving multiple operations