ExamBank Chapter & Course Practice Questions
Course Summary Review Extra Online Practice
OVERVIEW:
Textbook & Student Workbook Used: Math Power 9 Western Edition
Unit 1 - Numbers
A) Rational Numbers
(Interpreting, Comparing, Ordering, Adding, Subtracting, Multiplying & Dividing)
B) Order of Operations
(Calculating with Rational Numbers, Solve Problems Using Guess & Test)
C) Powers, Exponents, and Square Roots
(Expressing a number as a power, Expressing a number in many ways, Multiplying, Dividing & Combining Powers, Estimating & Calculating Square Roots)
Textbook & Student Workbook Used: Math Power 9 Western Edition
Unit 1 - Numbers
A) Rational Numbers
(Interpreting, Comparing, Ordering, Adding, Subtracting, Multiplying & Dividing)
B) Order of Operations
(Calculating with Rational Numbers, Solve Problems Using Guess & Test)
C) Powers, Exponents, and Square Roots
(Expressing a number as a power, Expressing a number in many ways, Multiplying, Dividing & Combining Powers, Estimating & Calculating Square Roots)
Chapter 1 (Numbers)
Section 1.1 - Estimating and Calculating Square Roots
Determining Square Roots of Perfect Squares
Section 1.2 - Applying Square Roots
Section 1.3 - Problem Solving: Guess & Check
Section 1.4 - Exponents & Powers (Identify Base & Exponent)
Section 1.5 - The Exponent Rules (Multiplying, Dividing, Power Rule)
Section 1.6 - Problem Solving: Make Assumptions
Section 1.7 - Scientific Notation: Large Numbers (Compare numbers written in scientific notation, Multiply numbers written in scientific notation)
Section 1.8 - Working with Exponents (Multiplication & Division Combinations, Simplification)
Section 1.9 - Powers of Monomials (Multiplication, Division)
Section 1.11 - Zero & Negative Exponents
Unit 2 - Patterns & Relations
A) Patterns
(Describing Relations Algebraically, Graphing Linear Relations, Interpreting the Solution of a Linear Equation, Solving Linear Equations Using Inverse Operations, Equation Solving Strategies, Solve Problems Using Diagrams, Graphing Linear Inequalities, Exploring Operations with Inequalities, Solving a Linear Inequality)
B) Variables and Equations
(Modelling and Exploring with Polynomials, Gathering Like Terms, Adding & Subtracting Polynomials, Multiplying or Dividing a Polynomial by a Monomial)
Chapter 2 (Patterns & Equations)
Section 2.1 - Problem Solving: Look for a Pattern
Section 2.2 - Evaluating Expressions (with Integers, with rational numbers)
Section 2.3 - Like Terms
Section 2.4 - Writing Equations (variable expressions, variable equations)
Section 2.5 - Solving Equations
Section 2.6 - Using Addition to Solve Equations (solving 1-step linear equations: either +,-,x, or /)
Section 2.7 - Using Division & Multiplication to Solve Equations
Section 2.8 - Problem Solving: Use Logic
Section 2.9 - Problem Solving: Work Backward
M1. Model and solve equations using algebra tiles
M2. Write and solve equations that represent diagrams.
Section 2.10 - Solving Equations Using More than 1 step (solving M4. 2-step linear equations)
Section 2.11 - Solving Equations with M6. Variables on Both Sides
Section 2.12 - The Distributive Property
Section 2.13 - Solving Equations with Brackets (solving advanced linear equations)
Section 2.14 - Solving Equations with Fractions & Decimals
Chapter 3 (Using Equations to Solve Problems)
Section 3.1 - Solving Problems Using Equations
Section 3.2 - Problem Solving: Use a Formula
Section 3.3 - Working with Formulas
Section 3.4 - Developing Formulas
Section 3.5 - Uniform Motion Problems
Section 3.6 - Rate of Work Problems
Section 3.7 - Problem Solving: Interpret Graphs
Section 3.8 - Solving Inequalities
Chapter 4 (Polynomials)
Section 4.1 - Polynomials (Vocabulary)
Modelling Polynomials with Algebra Tiles
Section 4.2 - Adding Polynomials (Adding & Subtracting using Tiles)
Section 4.3 - Subtracting Polynomials
Section 4.4 - Problem Solving: Use a Diagram
Section 4.5 - Multiplying Monomials by Monomials (To Find Area)
Section 4.7 - Dividing Monomials by Monomials
Advanced Multiplying & Dividing Together
Section 4.8 - Problem Solving: Sequence the Operations
Chapter 5 (Special Products & Factoring)
Section 5.1 - Common Factors and the GCF
Section 5.2 - Factoring Expressions with Common Factors
Section 5.3 - Multiplying a Polynomial by a Monomials
Section 5.4 - Dividing Polynomials by Monomials
Section 5.5 - Binomial Products
Section 5.6 - Factoring Trinomials: x2 + bx c
Section 5.7 - Special Product: (a - b)(a + b)
Section 5.8 - Factoring the Difference of Squares (Special Cases)
Section 5. 9 - Special Products: Perfect Squares
Section 5. 10- Products of Polynomials (Multiplying Polynomials)
Unit 3 - Shape and Space
A) Measurement
B) 3-D Objects and 2-D Shapes
(Calculating Surface area & Volume of Prisms and Cylinders)
C) Similar Polygons
(Determining Similarity, Drawing a similar polygon, Solving Problems Involving Similar Shapes, Communicate about Similarity)
D) Transformations
(Symmetry in Art & on the Coordinate Plane)
Chapter 6 (Measurement)
Section 6.1 - Congruent Triangles (Corresponding Parts, SSS & SAS Theorem, ASA & AAS Theorem)
Section 6.2 - Similar Triangles (Indirect Measurement, Advanced Indirect Measurement, Find the unknown side length)
Section 6.3 - Right Triangles & the Tangent Ratio
Using a Calculator to change a degree into decimal: Without Rounding, With Rounding)
Identifying Sides and Ratios
Section 6.4 - Right Triangles & the Sine Ratio
Section 6.5 - Right Triangles & the Cosine Ratio
Section 6.6 - Solving Right Triangles
Chapter 7 (Shape & Space)
Section 7.1 - Areas of Rectangles, Squares, and Circles
Circles: area, circumference, radius, & diameter
Section 7.2 - Areas of Parallelograms, Triangles, and Trapezoids
Section 7.3 - Surface Area & Volume of a Prism
Section 7.4 - Surface Area & Volume of a Pyramid
Surface Area: Prisms & Pyramids, Prisms & Cylinders, Pyramids & Cones
Volume: Prisms & Pyramids, Prisms & Cylinders, Pyramids & Cones
Section 7.5 - Surface Area & Volume of a Cylinder & Cone
Spheres: Surface Area, Volume, SA & Volume Mixed
Unit 4 - Statistics and Probability
A) Chance & Uncertainty
(Recognizing Probability Situations, Using Probabilities to Make Decisions, Using a Probability to Reach Alternative Conclusions
Chapter 9 (Data Analysis & Probability)
Section 9.1 - Reading Scatter Plots (Interpret Trend)
Section 9.2 - Drawing Scatter Plots
Section 9.3 - Lines of Best Fit (Write the Equation)
Section 9.4 - The Probability Formula (Theoretical, Experimental, Theoretical & Experimental Mixed)
Compound Events: Find the number of outcomes
Section 9.5 - Independent Events (Identify, Calculate)
Section 1.1 - Estimating and Calculating Square Roots
Determining Square Roots of Perfect Squares
Section 1.2 - Applying Square Roots
Section 1.3 - Problem Solving: Guess & Check
Section 1.4 - Exponents & Powers (Identify Base & Exponent)
Section 1.5 - The Exponent Rules (Multiplying, Dividing, Power Rule)
Section 1.6 - Problem Solving: Make Assumptions
Section 1.7 - Scientific Notation: Large Numbers (Compare numbers written in scientific notation, Multiply numbers written in scientific notation)
Section 1.8 - Working with Exponents (Multiplication & Division Combinations, Simplification)
Section 1.9 - Powers of Monomials (Multiplication, Division)
Section 1.11 - Zero & Negative Exponents
Unit 2 - Patterns & Relations
A) Patterns
(Describing Relations Algebraically, Graphing Linear Relations, Interpreting the Solution of a Linear Equation, Solving Linear Equations Using Inverse Operations, Equation Solving Strategies, Solve Problems Using Diagrams, Graphing Linear Inequalities, Exploring Operations with Inequalities, Solving a Linear Inequality)
B) Variables and Equations
(Modelling and Exploring with Polynomials, Gathering Like Terms, Adding & Subtracting Polynomials, Multiplying or Dividing a Polynomial by a Monomial)
Chapter 2 (Patterns & Equations)
Section 2.1 - Problem Solving: Look for a Pattern
Section 2.2 - Evaluating Expressions (with Integers, with rational numbers)
Section 2.3 - Like Terms
Section 2.4 - Writing Equations (variable expressions, variable equations)
Section 2.5 - Solving Equations
Section 2.6 - Using Addition to Solve Equations (solving 1-step linear equations: either +,-,x, or /)
Section 2.7 - Using Division & Multiplication to Solve Equations
Section 2.8 - Problem Solving: Use Logic
Section 2.9 - Problem Solving: Work Backward
M1. Model and solve equations using algebra tiles
M2. Write and solve equations that represent diagrams.
Section 2.10 - Solving Equations Using More than 1 step (solving M4. 2-step linear equations)
Section 2.11 - Solving Equations with M6. Variables on Both Sides
Section 2.12 - The Distributive Property
Section 2.13 - Solving Equations with Brackets (solving advanced linear equations)
Section 2.14 - Solving Equations with Fractions & Decimals
Chapter 3 (Using Equations to Solve Problems)
Section 3.1 - Solving Problems Using Equations
Section 3.2 - Problem Solving: Use a Formula
Section 3.3 - Working with Formulas
Section 3.4 - Developing Formulas
Section 3.5 - Uniform Motion Problems
Section 3.6 - Rate of Work Problems
Section 3.7 - Problem Solving: Interpret Graphs
Section 3.8 - Solving Inequalities
Chapter 4 (Polynomials)
Section 4.1 - Polynomials (Vocabulary)
Modelling Polynomials with Algebra Tiles
Section 4.2 - Adding Polynomials (Adding & Subtracting using Tiles)
Section 4.3 - Subtracting Polynomials
Section 4.4 - Problem Solving: Use a Diagram
Section 4.5 - Multiplying Monomials by Monomials (To Find Area)
Section 4.7 - Dividing Monomials by Monomials
Advanced Multiplying & Dividing Together
Section 4.8 - Problem Solving: Sequence the Operations
Chapter 5 (Special Products & Factoring)
Section 5.1 - Common Factors and the GCF
Section 5.2 - Factoring Expressions with Common Factors
Section 5.3 - Multiplying a Polynomial by a Monomials
Section 5.4 - Dividing Polynomials by Monomials
Section 5.5 - Binomial Products
Section 5.6 - Factoring Trinomials: x2 + bx c
Section 5.7 - Special Product: (a - b)(a + b)
Section 5.8 - Factoring the Difference of Squares (Special Cases)
Section 5. 9 - Special Products: Perfect Squares
Section 5. 10- Products of Polynomials (Multiplying Polynomials)
Unit 3 - Shape and Space
A) Measurement
B) 3-D Objects and 2-D Shapes
(Calculating Surface area & Volume of Prisms and Cylinders)
C) Similar Polygons
(Determining Similarity, Drawing a similar polygon, Solving Problems Involving Similar Shapes, Communicate about Similarity)
D) Transformations
(Symmetry in Art & on the Coordinate Plane)
Chapter 6 (Measurement)
Section 6.1 - Congruent Triangles (Corresponding Parts, SSS & SAS Theorem, ASA & AAS Theorem)
Section 6.2 - Similar Triangles (Indirect Measurement, Advanced Indirect Measurement, Find the unknown side length)
Section 6.3 - Right Triangles & the Tangent Ratio
Using a Calculator to change a degree into decimal: Without Rounding, With Rounding)
Identifying Sides and Ratios
Section 6.4 - Right Triangles & the Sine Ratio
Section 6.5 - Right Triangles & the Cosine Ratio
Section 6.6 - Solving Right Triangles
Chapter 7 (Shape & Space)
Section 7.1 - Areas of Rectangles, Squares, and Circles
Circles: area, circumference, radius, & diameter
Section 7.2 - Areas of Parallelograms, Triangles, and Trapezoids
Section 7.3 - Surface Area & Volume of a Prism
Section 7.4 - Surface Area & Volume of a Pyramid
Surface Area: Prisms & Pyramids, Prisms & Cylinders, Pyramids & Cones
Volume: Prisms & Pyramids, Prisms & Cylinders, Pyramids & Cones
Section 7.5 - Surface Area & Volume of a Cylinder & Cone
Spheres: Surface Area, Volume, SA & Volume Mixed
Unit 4 - Statistics and Probability
A) Chance & Uncertainty
(Recognizing Probability Situations, Using Probabilities to Make Decisions, Using a Probability to Reach Alternative Conclusions
Chapter 9 (Data Analysis & Probability)
Section 9.1 - Reading Scatter Plots (Interpret Trend)
Section 9.2 - Drawing Scatter Plots
Section 9.3 - Lines of Best Fit (Write the Equation)
Section 9.4 - The Probability Formula (Theoretical, Experimental, Theoretical & Experimental Mixed)
Compound Events: Find the number of outcomes
Section 9.5 - Independent Events (Identify, Calculate)