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Video Resources by SUBJECT
BUSINESS STUDIES
Introduction to Business - Grade 9
Information and Communication Technology in Business - Grade 9
Introduction to Business - Grade 10
Information and Communication Technology in Business - Grade 10
Financial Accounting Fundamentals
Entrepreneurship: The Enterprising Person
Entrepreneurship: The Venture
Information and Communication Technology: The Digital Environment
Marketing: Goods, Services, Events
Marketing: Retail and Service
Accounting for a Small Business
Business Leadership: Becoming a Manager
Business Leadership: Management Fundamentals
Information and Communication Technology in the Workplace
Information and Communication Technology: Multimedia Solutions
Financial Accounting Principles
International Business Essentials
International Business Fundamentals
Help Desk
PDSB Tutoring
Library Catalogues
Citation
Heritage Months
Irish Heritage Month
Sikh Heritage Month
Black History Month
Asian Heritage Month
Tamil Heritage Month
Hispanic/Latinx Heritage Month
Hindu Heritage Month
Christian Heritage Month
Indigenous Heritage Month
Islamic Heritage Month
Hellenic (Greek) Heritage Month
Jewish Heritage Month
Pride Month
Health and Wellness
Internet Resources - By Subject
SCIENCE
SNC1D
Cycles in Ecosystems
Atomic Structures and Elements
The Properties of Matter
The Periodic Table
Stars
Galaxies
The Universe
Electrical Energy
Renewable Energy Resources
Human Populations and Their Environment
SNC1P
Cycles in Ecosystems
Atomic Structures and Elements
The Properties of Matter
The Periodic Table
Space Exploration
Stars
Galaxies
The Universe
Electrical Energy
Renewable Energy Resources
SNC2D
The Types of Cells
Cells, Tissues, and Organs
The Treatment and Prevention of Disease
Chemical Reactions
Earth's Climates
Climate Change
Refraction and Reflection
Optics
SNC2P
Cells, Tissues, and Organs
Cell Division and Cell Cycle
Chemical Reactions
Earth's Climates
Climate Change
Light
Optics
Refraction and Reflection
SBI3U
Evolution
Evidence for Evolution
Meiosis
DNA Technology
Genetic Mutations
Living Things: Respiration
The Digestive System
Plants and their Functions
SBI3C
Cellular Respiration
Cells, Tissues, and Organs
Bacteria
DNA and Modern Genetics
RNA and Modern Genetics
The Digestive System
The Respiratory System
The Circulatory System
Plants
Plants and Their Functions
SCH3U
Chemical Bonding
Chemical Reactions
Solutions
Air Pollution and Greenhouse Gases
SPH3U
Motion
Newton's Law of Motion
Speed, Velocity, and Acceleration
Forces
Energy Transformations
Waves
Sound
Electromagnetic Forces
Magnets and Magnetic Forces
SBI4U
Cells and Energy
Cells and Chemical Reactions
DNA Technology
DNA and Modern Genetics
Cells, Tissues, and Organs
Population Growth and Decline
SCH4U
Organic Chemistry
The States of Matter
The Properties of Matter
The Changes to Matter
Chemical Reactions
Equilibrium and Reaction Rate
SPH4U
Centripetal Force and Circular Motion
Conservation of Energy
Motion
Gravity
Electromagnetic Forces
Magnets and Magnetic Forces
Medical Imaging
Wave Behaviours of Light
Stephen Hawking
Albert Einstein
MATHEMATICS
MTH1W - Grade 9 Mathematics
Mathematical Foundations
Financial Literacy and Numbers
Geometry and Coding
Data and Lines
MPM2D - Grade 10 Academic Mathematics
Trigonometry
1.1 Understanding similar and congruent triangles
1.2 The primary trigonometric ratios
1.3 The sine law
1.4 The cosine law
1.5 Applying trigonometric changes
Analytic Geometry
2.1 Introduction to Analytic Geometry
2.2 Equations of Lines and Circles
2.3 Midpoint of a Line Segment and Related Problems
2.4 Characteristics of Triangles and Quadrilaterals
2.5 Properties of Triangles and Quadrialterals
Quadratic Functions
3.1 Analyzing and Graphing Relations
3.2 Solving Systems of Equations Algebraically
3.3 Applications of Linear Systems in Analytic Geometry
3.4 Comparing Linear and Quadratic Functions
3.5 Parabolas and Their Properties
Quadratic Equations
4.1 Transforming Parabolas
4.2 Graphs and Equations
4.3 Working With Equations
4.4 Solving Quadratic Equations
4.5 Exponential Equations
MFM2P - Grade 10 Applied Mathematics
Similar Triangles, Right-Angled Trigonometry, and Three Dimensional Measure
1.1 Exploring Similar Triangles
1.2 Problem Solving Using Similar Triangles
1.3 Connecting Similar Triangles to the Primary Trigonometric Ratios
1.4 Using Sine, Cosine, and Tangent Ratios to Find Sides and Angles
1.5 Using the Primary Trigonometric Ratios to Solve Problems
1.6 Using the Imperial and Metric Systems
1.7 Surface Area and Volume of Common Three Dimensional Solids
1.8 Solving Measurement Problems with Surface Area and Volume
Linear Relations and Systems
2.1 Manipulating and Solving Linear Equations
2.2 Equations of Lines
2.3 Connecting Rates of Change to the Slope of a Line
2.4 The Special Lines y = b and x = a
2.5 Graphing Standard and y = mx + b forms
2.6 Determining the Equation of a Line
2.7 Solving Linear Systems Graphically
2.8 Elimination
2.9 Substitution
2.10 Solving Problems Using Systems of Equations
The Algebra of Quadratic Expressions
3.1 Multiplying Monomials and Polynomials
3.2 Expanding Binomial Products
3.3 Factoring Out a Common Factor
3.4 Factoring 'x' Squared + bx + c
3.5 Factoring the Differences of Two Squares
Quadratic Relations
4.1 Comparing Linear and Quadratic Relations
4.2 Graphing Basic Quadratic Relations and Connections to Tables of Values
4.3 Understanding the Standard Form y = 'x' Squared + bx + c
4.4 Using the Factored Form y = (x - s)(x - r)
4.5 Solving Quadratic Relation Problems Graphically
MCR3U - Functions
Introduction to Quadratic Functions
1.1 Introducing Functions
1.2 Finding the Inverse of a Function
1.3 Exploring the Characteristics of Parent Functions
1.4 Identifying the Characteristics of Quadratic Functions
1.5 Applying Quadratic Functions to Real World Problems
1.6 Identifying Equivalent Functions
Exponential Functions
2.1 Exploring the Exponential Laws
2.2 Identifying the Properties of Exponential Functions
2.3 Exploring Transformations of Exponential Functions
2.4 Applying Exponential Functions to Real World Problems
Discrete Functions
3.1 Introducing Sequences
3.2 Investigating Arithmetic and Geometric Sequences
3.3 Investigating Arithmetic and Geometric Series
3.4 Exploring Simple and Compound Interest
3.5 Introducing Ordinary Simple Annuities
Trigonometric Functions
4.1 Introducing Trigonometric Functions
4.2 Connecting Primary Trigonometric Ratios and the Unit Circle
4.3 Defining Exact Values of Trigonometric Ratios
4.4 Exploring Angles Between 0 and 360 Degrees
4.5 Investigating the Sine Law
4.6 Investigating the Cosine Law
4.7 Introducing Trigonometric Identities
4.8 Identifying the Characteristics of Periodic Functions
4.9 Exploring Transformations of Sinusoidal Functions
4.10 Applying Sinusoidal Functions to Real World Problems
MCF3M - Functions and Applications
Introduction to Quadratic Functions
1.1 Introducing Quadratic Models
1.2 Factoring Quadratics - Greatest Common Factor
1.3 Factoring Quadratics - Perfect Squared Terms
1.4 Factoring Quadratics - Factoring Trinomials
1.5 Solving Quadratics by Factoring
1.6 Solving Quadratics Using the Quadratic Formula
Analyzing Quadratic Functions
2.1 Investigating Function Notation
2.2 Determining Domain and Range
2.3 Eploring Transformations of Quadratic Functions
2.4 Converting Between Standard Form and Vertex Form
2.5 Sketching and Analyzing Graphs of Quadratic Functions
2.6 Applying Quadratic Models
Exponential Functions
3.1 Introducing the Laws of Exponents
3.2 Analyzing Graphs of Exponential Functions
3.3 Solving Problems Involving Exponential Functions
3.4 Financial Literacy Simple and Compound Interest
3.5 Investigating Financial Applications of Exponential Functions - Annuity
Trigonometry and Sinusoidal Functions
4.1 Solving Right Triangles
4.2 Exploring the Sine Law
4.3 Solving Problems Using the Cosine Law
4.4 Analyzing Graphs of Periodic Functions
4.5 Applying the Sine Function
MBF3C - Foundations for College Mathematics
Trigonometry and Geometric Properties
1.1 Applications and Representations of Geometric Shapes
1.2 Nets, Patterns, and Plans
1.3 Designing and Constructing Models
1.4 Trigonometry and Right Angles
1.5 Sine and Cosine Laws
Data Management
2.1 Collecting Data
2.2 Storing, Organizing, and Analyzing Data
2.3 Using Statistics to Make Decisions
2.4 Probability in Our Everyday Lives
2.5 Statistics and Probability
Quadratic and Exponential Relations
3.1 Quadratic Relations
3.2 The Three Forms of a Quadratic Relation
3.3 Working With Exponents
3.4 Exponential Relations
3.5 Applications of Exponential Relations
Financial Application
4.1 Simple and Compound Interest
4.2 The Effects of Various Parameters on Compound Interest
4.3 Credit Cards
4.4 Financial Management
4.5 Owning and Operating a Vehicle
MEL3E - Mathematics for Work and Everyday Life
Earning Money
1.1 How Are You Paid?
1.2 Learn About Net and Gross Income
1.3 Exploring Income Tax
1.4 Understanding Your Paycheque
1.5 Working With A Budget
1.6 Purchasing Power and Standard of Living
Purchasing Power
2.1 Understanding an Price Tag
2.2 Working With The Total Price
2.3 Finding the Best Deals
2.4 Determining Costs
2.5 Ways to Buy
Travel and Transportation
3.1 Shopping for a Vehicle
3.2 Owning a Vehicle
3.3 Calculating the Costs of Owning and Operating a Vehicle
3.4 Comparing Electric vs. Gas Powered Vehicles
3.5 Planning a Car Trip
3.6 Considering Leisure Travel
3.7 Using Vehicles for Work
Saving, Investing and Borrowing
4.1 Exploring Banking Services
4.2 Understanding Interest
4.3 Learning About Loans
4.4 Using Credit Cards
4.5 Making Financial Decisions
MHF4U - Advanced Functions
Polynomial and Rational Functions
1.1 Recognizing Applications of Polynomial Expressions
1.2 Describing Polynomial Expressions
1.3 Identifying Polynomial Functions
1.4 Classifying Polynomial Functions
1.5 Exploring the Effect of Degree on Polynomial Functions
1.6 Determining the End Behaviours of Polynomial Functions
1.7 Describing Polynomials in Factored Form
1.8 Describing the Factor Theorem and Remainder Theorem
1.9 Applying Long Division to Polynomial Functions
1.10 Investigating Transformations of Polynomial Functions
1.11 Using Symmetry to Characterize Odd and Even Polynomial Functions
1.12 Exploring the Graphs of Reciprocal Functions
1.13 Connecting Algebraic and Graphical Representation of Rational Function
1.14 Solving Rational Equations
1.15 Solving Inequalities
Exponential and Logarithmic Functions
2.1 Defining Logarithmic Functions
2.2 Exploring the Characteristics of Logarithmic Functions
2.3 Connecting Exponential and Logarithmic Functions
2.4 Solving Logarithmic and Exponential Equations - Part 1
2.5 Solving Logarithmic and Exponential Equations - Part 2
2.6 Exploring Transformations of Logarithmic Functions
Trigonometric Functions
3.1 Introducing Trigonometric Functions
3.2 Introducing Radian Measure
3.3 Exploring Angles Expressed in Radian Measure
3.4 Exploring Characteristics of the Sine, Cosine, and Tangent Functions
3.5 Graphing the Reciprocal Trigonometric Functions
3.6 Investigating Transformations of Sinusoidal Functions
3.7 Connect Algebraic and Graphical Representation of Sinusoidal Functions
3.8 Solving Trigonometric Equations
3.9 Verifying and Applying the Compound Angle Formulas
3.10 Exploring Equivalent Trigonometric Expressions
3.11 Deriving and Applying the Double Angle And Pythagorean Formulas
3.12 Solving Trigonometric Equations
Characteristics of Functions
4.1 Expressing a Function as the Combination of Other Functions
4.2 Combining Functions by Adding, Subtracting, or Multiplying
4.3 Combining Functions by Dividing or Applying One Function to Another
4.4 Determining the Domain and Range of Combined Functions
4.5 Determining the Instantaneous Rate of Change of a Function
4.6 Exploring the Average Rate of Change of a Function
4.7 Describing Composite Functions Using Symmetry
4.8 Solving the Equations of Composite Functions Arising From Applications
MCV4U - Calculus and Vectors
Rates of Change
1.1 Reviewing Prerequisite Skills
1.2 Determining Rates of Change
1.3 Determining Limits
1.4 Using First Principles to Determine the Equation of a Tangent
Derivatives
2.1 Finding Derivatives - Part A
2.2 Finding Derivatives - Part B
2.3 Solving Related Rates Problems
2.4 Investigating Velocity, Acceleration and Second Derivatives
Curve Sketching
3.1 Exploring the First Derivative
3.2 Exploring the Second Derivative
3.3 Sketching Curves - Part A
3.4 Sketching Curves - Part B
Extensions
4.1 Solving Optimization Problems
4.2 Working with Sinusoidal Functions
4.3 Working with Exponential and Logarithmic Functions
Vectors
5.1 Using Geometric Vectors
5.2 Investigating Cartesian Vectors
5.3 Exploring Vectors in 3-Space
5.4 Creating Equations of Vectors
5.5 Investigating Lines and Planes
MDM4U - Data Management
Organization and Analysis of Data: Two Variable Stats
1.1 Introducing the Importance of Data
1.2 Recognizing Bias Data Collection Principles and Methods
1.3 Analyzing Two Variable Data
1.4 Analyzing the Residuals and Outliers in Two Variable Data
1.5 Interpreting Data
Data Analysis: One Variable Stats, and the Normal Distribution
2.1 Introducing One Variable Statistics
2.2 Calculating Measures of Central Tendency
2.3 Calculating Measures of Spread
2.4 Learning About Normal Distributions and Z-Scores
2.5 Applying Z-Scores to Discrete Data
2.6 Exploring Confidence Intervals
Permutations and Combinations
3.1 Organized Counting and Fundamental Multiplicative Counting Principle
3.2 Learning About Permutation Factorials: Rule of Sum and Applications
3.3 Understanding Combinations
3.4 Counting Problems With Repeated Elements and Overlap
3.5 Investigating Pascal Triangle and Problems Using Combinations
Probability and Probability Distributions
4.1 Introducing Experimental vs. Theoretical Probability
4.2 Learning About Mutually Exclusive and Non-Mutually Exclusive Events
4.3 Understanding Independent and Dependent Events
4.4 Exploring Probability Distributions and Expected Value
4.5 Calculating Binomial Distribution and Hypergeometric Distribution
4.6 Applying Normal Approximation to the Binomial Distribution
MAP4C - Foundations for College Mathematics
Mathematical Models
1.1 Exponents
1.2 Interpreting Graphs and Using Graphical Models
1.3 Working With Formulas
Personal Finance
2.1 Annuities
2.2 Understanding Mortgages
2.3 Renting or Owning Accommodation
2.4 Designing Budgets
Geometry and Trigonometry
3.1 Measurement and Geometry
3.2 Geometry
3.3 Optimization
3.4 Trigonometry
Data Management
4.1 Data Collection
4.2 Line of Best Fit
4.3 Correlations
4.4 Interpreting Statistics
MEL4E - Mathematics for Work and Everyday Life
Reasoning with Data
1.1 Reading and Interpreting Data
1.2 Collecting and Displaying Data
1.3 Introducing Probability
1.4 Investigating Probability
1.5 Working with Probability and Statistics in the Media
Personal Finance
2.1 Finding Accommodations
2.2 Initial Accommodation Expenses
2.3 Ongoing Living Expenses
2.4 Exploring Budgets
2.5 Filing Income Tax Returns
Measurement
3.1 Working With The Metric System
3.2 Working With The Imperial System
3.3 Converting Units Between Systems
3.4 Estimating Measurements
3.5 Applying Concepts of Measurement
Proportional Reasoning
4.1 Using Ratios and Rates
4.2 Understanding Proportional Reasoning
4.3 Applying Proportional Reasoning at Home and Work
4.4 Using Scale Drawings and Models
4.5 Planning a Home Improvement Project
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BCSS Learning Commons . .
Home
Video Resources by SUBJECT
BUSINESS STUDIES
Introduction to Business - Grade 9
Information and Communication Technology in Business - Grade 9
Introduction to Business - Grade 10
Information and Communication Technology in Business - Grade 10
Financial Accounting Fundamentals
Entrepreneurship: The Enterprising Person
Entrepreneurship: The Venture
Information and Communication Technology: The Digital Environment
Marketing: Goods, Services, Events
Marketing: Retail and Service
Accounting for a Small Business
Business Leadership: Becoming a Manager
Business Leadership: Management Fundamentals
Information and Communication Technology in the Workplace
Information and Communication Technology: Multimedia Solutions
Financial Accounting Principles
International Business Essentials
International Business Fundamentals
Help Desk
PDSB Tutoring
Library Catalogues
Citation
Heritage Months
Irish Heritage Month
Sikh Heritage Month
Black History Month
Asian Heritage Month
Tamil Heritage Month
Hispanic/Latinx Heritage Month
Hindu Heritage Month
Christian Heritage Month
Indigenous Heritage Month
Islamic Heritage Month
Hellenic (Greek) Heritage Month
Jewish Heritage Month
Pride Month
Health and Wellness
Internet Resources - By Subject
SCIENCE
SNC1D
Cycles in Ecosystems
Atomic Structures and Elements
The Properties of Matter
The Periodic Table
Stars
Galaxies
The Universe
Electrical Energy
Renewable Energy Resources
Human Populations and Their Environment
SNC1P
Cycles in Ecosystems
Atomic Structures and Elements
The Properties of Matter
The Periodic Table
Space Exploration
Stars
Galaxies
The Universe
Electrical Energy
Renewable Energy Resources
SNC2D
The Types of Cells
Cells, Tissues, and Organs
The Treatment and Prevention of Disease
Chemical Reactions
Earth's Climates
Climate Change
Refraction and Reflection
Optics
SNC2P
Cells, Tissues, and Organs
Cell Division and Cell Cycle
Chemical Reactions
Earth's Climates
Climate Change
Light
Optics
Refraction and Reflection
SBI3U
Evolution
Evidence for Evolution
Meiosis
DNA Technology
Genetic Mutations
Living Things: Respiration
The Digestive System
Plants and their Functions
SBI3C
Cellular Respiration
Cells, Tissues, and Organs
Bacteria
DNA and Modern Genetics
RNA and Modern Genetics
The Digestive System
The Respiratory System
The Circulatory System
Plants
Plants and Their Functions
SCH3U
Chemical Bonding
Chemical Reactions
Solutions
Air Pollution and Greenhouse Gases
SPH3U
Motion
Newton's Law of Motion
Speed, Velocity, and Acceleration
Forces
Energy Transformations
Waves
Sound
Electromagnetic Forces
Magnets and Magnetic Forces
SBI4U
Cells and Energy
Cells and Chemical Reactions
DNA Technology
DNA and Modern Genetics
Cells, Tissues, and Organs
Population Growth and Decline
SCH4U
Organic Chemistry
The States of Matter
The Properties of Matter
The Changes to Matter
Chemical Reactions
Equilibrium and Reaction Rate
SPH4U
Centripetal Force and Circular Motion
Conservation of Energy
Motion
Gravity
Electromagnetic Forces
Magnets and Magnetic Forces
Medical Imaging
Wave Behaviours of Light
Stephen Hawking
Albert Einstein
MATHEMATICS
MTH1W - Grade 9 Mathematics
Mathematical Foundations
Financial Literacy and Numbers
Geometry and Coding
Data and Lines
MPM2D - Grade 10 Academic Mathematics
Trigonometry
1.1 Understanding similar and congruent triangles
1.2 The primary trigonometric ratios
1.3 The sine law
1.4 The cosine law
1.5 Applying trigonometric changes
Analytic Geometry
2.1 Introduction to Analytic Geometry
2.2 Equations of Lines and Circles
2.3 Midpoint of a Line Segment and Related Problems
2.4 Characteristics of Triangles and Quadrilaterals
2.5 Properties of Triangles and Quadrialterals
Quadratic Functions
3.1 Analyzing and Graphing Relations
3.2 Solving Systems of Equations Algebraically
3.3 Applications of Linear Systems in Analytic Geometry
3.4 Comparing Linear and Quadratic Functions
3.5 Parabolas and Their Properties
Quadratic Equations
4.1 Transforming Parabolas
4.2 Graphs and Equations
4.3 Working With Equations
4.4 Solving Quadratic Equations
4.5 Exponential Equations
MFM2P - Grade 10 Applied Mathematics
Similar Triangles, Right-Angled Trigonometry, and Three Dimensional Measure
1.1 Exploring Similar Triangles
1.2 Problem Solving Using Similar Triangles
1.3 Connecting Similar Triangles to the Primary Trigonometric Ratios
1.4 Using Sine, Cosine, and Tangent Ratios to Find Sides and Angles
1.5 Using the Primary Trigonometric Ratios to Solve Problems
1.6 Using the Imperial and Metric Systems
1.7 Surface Area and Volume of Common Three Dimensional Solids
1.8 Solving Measurement Problems with Surface Area and Volume
Linear Relations and Systems
2.1 Manipulating and Solving Linear Equations
2.2 Equations of Lines
2.3 Connecting Rates of Change to the Slope of a Line
2.4 The Special Lines y = b and x = a
2.5 Graphing Standard and y = mx + b forms
2.6 Determining the Equation of a Line
2.7 Solving Linear Systems Graphically
2.8 Elimination
2.9 Substitution
2.10 Solving Problems Using Systems of Equations
The Algebra of Quadratic Expressions
3.1 Multiplying Monomials and Polynomials
3.2 Expanding Binomial Products
3.3 Factoring Out a Common Factor
3.4 Factoring 'x' Squared + bx + c
3.5 Factoring the Differences of Two Squares
Quadratic Relations
4.1 Comparing Linear and Quadratic Relations
4.2 Graphing Basic Quadratic Relations and Connections to Tables of Values
4.3 Understanding the Standard Form y = 'x' Squared + bx + c
4.4 Using the Factored Form y = (x - s)(x - r)
4.5 Solving Quadratic Relation Problems Graphically
MCR3U - Functions
Introduction to Quadratic Functions
1.1 Introducing Functions
1.2 Finding the Inverse of a Function
1.3 Exploring the Characteristics of Parent Functions
1.4 Identifying the Characteristics of Quadratic Functions
1.5 Applying Quadratic Functions to Real World Problems
1.6 Identifying Equivalent Functions
Exponential Functions
2.1 Exploring the Exponential Laws
2.2 Identifying the Properties of Exponential Functions
2.3 Exploring Transformations of Exponential Functions
2.4 Applying Exponential Functions to Real World Problems
Discrete Functions
3.1 Introducing Sequences
3.2 Investigating Arithmetic and Geometric Sequences
3.3 Investigating Arithmetic and Geometric Series
3.4 Exploring Simple and Compound Interest
3.5 Introducing Ordinary Simple Annuities
Trigonometric Functions
4.1 Introducing Trigonometric Functions
4.2 Connecting Primary Trigonometric Ratios and the Unit Circle
4.3 Defining Exact Values of Trigonometric Ratios
4.4 Exploring Angles Between 0 and 360 Degrees
4.5 Investigating the Sine Law
4.6 Investigating the Cosine Law
4.7 Introducing Trigonometric Identities
4.8 Identifying the Characteristics of Periodic Functions
4.9 Exploring Transformations of Sinusoidal Functions
4.10 Applying Sinusoidal Functions to Real World Problems
MCF3M - Functions and Applications
Introduction to Quadratic Functions
1.1 Introducing Quadratic Models
1.2 Factoring Quadratics - Greatest Common Factor
1.3 Factoring Quadratics - Perfect Squared Terms
1.4 Factoring Quadratics - Factoring Trinomials
1.5 Solving Quadratics by Factoring
1.6 Solving Quadratics Using the Quadratic Formula
Analyzing Quadratic Functions
2.1 Investigating Function Notation
2.2 Determining Domain and Range
2.3 Eploring Transformations of Quadratic Functions
2.4 Converting Between Standard Form and Vertex Form
2.5 Sketching and Analyzing Graphs of Quadratic Functions
2.6 Applying Quadratic Models
Exponential Functions
3.1 Introducing the Laws of Exponents
3.2 Analyzing Graphs of Exponential Functions
3.3 Solving Problems Involving Exponential Functions
3.4 Financial Literacy Simple and Compound Interest
3.5 Investigating Financial Applications of Exponential Functions - Annuity
Trigonometry and Sinusoidal Functions
4.1 Solving Right Triangles
4.2 Exploring the Sine Law
4.3 Solving Problems Using the Cosine Law
4.4 Analyzing Graphs of Periodic Functions
4.5 Applying the Sine Function
MBF3C - Foundations for College Mathematics
Trigonometry and Geometric Properties
1.1 Applications and Representations of Geometric Shapes
1.2 Nets, Patterns, and Plans
1.3 Designing and Constructing Models
1.4 Trigonometry and Right Angles
1.5 Sine and Cosine Laws
Data Management
2.1 Collecting Data
2.2 Storing, Organizing, and Analyzing Data
2.3 Using Statistics to Make Decisions
2.4 Probability in Our Everyday Lives
2.5 Statistics and Probability
Quadratic and Exponential Relations
3.1 Quadratic Relations
3.2 The Three Forms of a Quadratic Relation
3.3 Working With Exponents
3.4 Exponential Relations
3.5 Applications of Exponential Relations
Financial Application
4.1 Simple and Compound Interest
4.2 The Effects of Various Parameters on Compound Interest
4.3 Credit Cards
4.4 Financial Management
4.5 Owning and Operating a Vehicle
MEL3E - Mathematics for Work and Everyday Life
Earning Money
1.1 How Are You Paid?
1.2 Learn About Net and Gross Income
1.3 Exploring Income Tax
1.4 Understanding Your Paycheque
1.5 Working With A Budget
1.6 Purchasing Power and Standard of Living
Purchasing Power
2.1 Understanding an Price Tag
2.2 Working With The Total Price
2.3 Finding the Best Deals
2.4 Determining Costs
2.5 Ways to Buy
Travel and Transportation
3.1 Shopping for a Vehicle
3.2 Owning a Vehicle
3.3 Calculating the Costs of Owning and Operating a Vehicle
3.4 Comparing Electric vs. Gas Powered Vehicles
3.5 Planning a Car Trip
3.6 Considering Leisure Travel
3.7 Using Vehicles for Work
Saving, Investing and Borrowing
4.1 Exploring Banking Services
4.2 Understanding Interest
4.3 Learning About Loans
4.4 Using Credit Cards
4.5 Making Financial Decisions
MHF4U - Advanced Functions
Polynomial and Rational Functions
1.1 Recognizing Applications of Polynomial Expressions
1.2 Describing Polynomial Expressions
1.3 Identifying Polynomial Functions
1.4 Classifying Polynomial Functions
1.5 Exploring the Effect of Degree on Polynomial Functions
1.6 Determining the End Behaviours of Polynomial Functions
1.7 Describing Polynomials in Factored Form
1.8 Describing the Factor Theorem and Remainder Theorem
1.9 Applying Long Division to Polynomial Functions
1.10 Investigating Transformations of Polynomial Functions
1.11 Using Symmetry to Characterize Odd and Even Polynomial Functions
1.12 Exploring the Graphs of Reciprocal Functions
1.13 Connecting Algebraic and Graphical Representation of Rational Function
1.14 Solving Rational Equations
1.15 Solving Inequalities
Exponential and Logarithmic Functions
2.1 Defining Logarithmic Functions
2.2 Exploring the Characteristics of Logarithmic Functions
2.3 Connecting Exponential and Logarithmic Functions
2.4 Solving Logarithmic and Exponential Equations - Part 1
2.5 Solving Logarithmic and Exponential Equations - Part 2
2.6 Exploring Transformations of Logarithmic Functions
Trigonometric Functions
3.1 Introducing Trigonometric Functions
3.2 Introducing Radian Measure
3.3 Exploring Angles Expressed in Radian Measure
3.4 Exploring Characteristics of the Sine, Cosine, and Tangent Functions
3.5 Graphing the Reciprocal Trigonometric Functions
3.6 Investigating Transformations of Sinusoidal Functions
3.7 Connect Algebraic and Graphical Representation of Sinusoidal Functions
3.8 Solving Trigonometric Equations
3.9 Verifying and Applying the Compound Angle Formulas
3.10 Exploring Equivalent Trigonometric Expressions
3.11 Deriving and Applying the Double Angle And Pythagorean Formulas
3.12 Solving Trigonometric Equations
Characteristics of Functions
4.1 Expressing a Function as the Combination of Other Functions
4.2 Combining Functions by Adding, Subtracting, or Multiplying
4.3 Combining Functions by Dividing or Applying One Function to Another
4.4 Determining the Domain and Range of Combined Functions
4.5 Determining the Instantaneous Rate of Change of a Function
4.6 Exploring the Average Rate of Change of a Function
4.7 Describing Composite Functions Using Symmetry
4.8 Solving the Equations of Composite Functions Arising From Applications
MCV4U - Calculus and Vectors
Rates of Change
1.1 Reviewing Prerequisite Skills
1.2 Determining Rates of Change
1.3 Determining Limits
1.4 Using First Principles to Determine the Equation of a Tangent
Derivatives
2.1 Finding Derivatives - Part A
2.2 Finding Derivatives - Part B
2.3 Solving Related Rates Problems
2.4 Investigating Velocity, Acceleration and Second Derivatives
Curve Sketching
3.1 Exploring the First Derivative
3.2 Exploring the Second Derivative
3.3 Sketching Curves - Part A
3.4 Sketching Curves - Part B
Extensions
4.1 Solving Optimization Problems
4.2 Working with Sinusoidal Functions
4.3 Working with Exponential and Logarithmic Functions
Vectors
5.1 Using Geometric Vectors
5.2 Investigating Cartesian Vectors
5.3 Exploring Vectors in 3-Space
5.4 Creating Equations of Vectors
5.5 Investigating Lines and Planes
MDM4U - Data Management
Organization and Analysis of Data: Two Variable Stats
1.1 Introducing the Importance of Data
1.2 Recognizing Bias Data Collection Principles and Methods
1.3 Analyzing Two Variable Data
1.4 Analyzing the Residuals and Outliers in Two Variable Data
1.5 Interpreting Data
Data Analysis: One Variable Stats, and the Normal Distribution
2.1 Introducing One Variable Statistics
2.2 Calculating Measures of Central Tendency
2.3 Calculating Measures of Spread
2.4 Learning About Normal Distributions and Z-Scores
2.5 Applying Z-Scores to Discrete Data
2.6 Exploring Confidence Intervals
Permutations and Combinations
3.1 Organized Counting and Fundamental Multiplicative Counting Principle
3.2 Learning About Permutation Factorials: Rule of Sum and Applications
3.3 Understanding Combinations
3.4 Counting Problems With Repeated Elements and Overlap
3.5 Investigating Pascal Triangle and Problems Using Combinations
Probability and Probability Distributions
4.1 Introducing Experimental vs. Theoretical Probability
4.2 Learning About Mutually Exclusive and Non-Mutually Exclusive Events
4.3 Understanding Independent and Dependent Events
4.4 Exploring Probability Distributions and Expected Value
4.5 Calculating Binomial Distribution and Hypergeometric Distribution
4.6 Applying Normal Approximation to the Binomial Distribution
MAP4C - Foundations for College Mathematics
Mathematical Models
1.1 Exponents
1.2 Interpreting Graphs and Using Graphical Models
1.3 Working With Formulas
Personal Finance
2.1 Annuities
2.2 Understanding Mortgages
2.3 Renting or Owning Accommodation
2.4 Designing Budgets
Geometry and Trigonometry
3.1 Measurement and Geometry
3.2 Geometry
3.3 Optimization
3.4 Trigonometry
Data Management
4.1 Data Collection
4.2 Line of Best Fit
4.3 Correlations
4.4 Interpreting Statistics
MEL4E - Mathematics for Work and Everyday Life
Reasoning with Data
1.1 Reading and Interpreting Data
1.2 Collecting and Displaying Data
1.3 Introducing Probability
1.4 Investigating Probability
1.5 Working with Probability and Statistics in the Media
Personal Finance
2.1 Finding Accommodations
2.2 Initial Accommodation Expenses
2.3 Ongoing Living Expenses
2.4 Exploring Budgets
2.5 Filing Income Tax Returns
Measurement
3.1 Working With The Metric System
3.2 Working With The Imperial System
3.3 Converting Units Between Systems
3.4 Estimating Measurements
3.5 Applying Concepts of Measurement
Proportional Reasoning
4.1 Using Ratios and Rates
4.2 Understanding Proportional Reasoning
4.3 Applying Proportional Reasoning at Home and Work
4.4 Using Scale Drawings and Models
4.5 Planning a Home Improvement Project
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SCIENCE
SNC1D
Cycles in Ecosystems
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SNC1P
Cycles in Ecosystems
Atomic Structures and Elements
The Properties of Matter
The Periodic Table
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Stars
Galaxies
The Universe
Electrical Energy
Renewable Energy Resources
SNC2D
The Types of Cells
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The Treatment and Prevention of Disease
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Climate Change
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Optics
SNC2P
Cells, Tissues, and Organs
Cell Division and Cell Cycle
Chemical Reactions
Earth's Climates
Climate Change
Light
Optics
Refraction and Reflection
SBI3U
Evolution
Evidence for Evolution
Meiosis
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Living Things: Respiration
The Digestive System
Plants and their Functions
SBI3C
Cellular Respiration
Cells, Tissues, and Organs
Bacteria
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The Digestive System
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Plants
Plants and Their Functions
SCH3U
Chemical Bonding
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Solutions
Air Pollution and Greenhouse Gases
SPH3U
Motion
Newton's Law of Motion
Speed, Velocity, and Acceleration
Forces
Energy Transformations
Waves
Sound
Electromagnetic Forces
Magnets and Magnetic Forces
SBI4U
Cells and Energy
Cells and Chemical Reactions
DNA Technology
DNA and Modern Genetics
Cells, Tissues, and Organs
Population Growth and Decline
SCH4U
Organic Chemistry
The States of Matter
The Properties of Matter
The Changes to Matter
Chemical Reactions
Equilibrium and Reaction Rate
SPH4U
Centripetal Force and Circular Motion
Conservation of Energy
Motion
Gravity
Electromagnetic Forces
Magnets and Magnetic Forces
Medical Imaging
Wave Behaviours of Light
Stephen Hawking
Albert Einstein
MATHEMATICS
MTH1W - Grade 9 Mathematics
Mathematical Foundations
Financial Literacy and Numbers
Geometry and Coding
Data and Lines
MPM2D - Grade 10 Academic Mathematics
Trigonometry
1.1 Understanding similar and congruent triangles
1.2 The primary trigonometric ratios
1.3 The sine law
1.4 The cosine law
1.5 Applying trigonometric changes
Analytic Geometry
2.1 Introduction to Analytic Geometry
2.2 Equations of Lines and Circles
2.3 Midpoint of a Line Segment and Related Problems
2.4 Characteristics of Triangles and Quadrilaterals
2.5 Properties of Triangles and Quadrialterals
Quadratic Functions
3.1 Analyzing and Graphing Relations
3.2 Solving Systems of Equations Algebraically
3.3 Applications of Linear Systems in Analytic Geometry
3.4 Comparing Linear and Quadratic Functions
3.5 Parabolas and Their Properties
Quadratic Equations
4.1 Transforming Parabolas
4.2 Graphs and Equations
4.3 Working With Equations
4.4 Solving Quadratic Equations
4.5 Exponential Equations
MFM2P - Grade 10 Applied Mathematics
Similar Triangles, Right-Angled Trigonometry, and Three Dimensional Measure
1.1 Exploring Similar Triangles
1.2 Problem Solving Using Similar Triangles
1.3 Connecting Similar Triangles to the Primary Trigonometric Ratios
1.4 Using Sine, Cosine, and Tangent Ratios to Find Sides and Angles
1.5 Using the Primary Trigonometric Ratios to Solve Problems
1.6 Using the Imperial and Metric Systems
1.7 Surface Area and Volume of Common Three Dimensional Solids
1.8 Solving Measurement Problems with Surface Area and Volume
Linear Relations and Systems
2.1 Manipulating and Solving Linear Equations
2.2 Equations of Lines
2.3 Connecting Rates of Change to the Slope of a Line
2.4 The Special Lines y = b and x = a
2.5 Graphing Standard and y = mx + b forms
2.6 Determining the Equation of a Line
2.7 Solving Linear Systems Graphically
2.8 Elimination
2.9 Substitution
2.10 Solving Problems Using Systems of Equations
The Algebra of Quadratic Expressions
3.1 Multiplying Monomials and Polynomials
3.2 Expanding Binomial Products
3.3 Factoring Out a Common Factor
3.4 Factoring 'x' Squared + bx + c
3.5 Factoring the Differences of Two Squares
Quadratic Relations
4.1 Comparing Linear and Quadratic Relations
4.2 Graphing Basic Quadratic Relations and Connections to Tables of Values
4.3 Understanding the Standard Form y = 'x' Squared + bx + c
4.4 Using the Factored Form y = (x - s)(x - r)
4.5 Solving Quadratic Relation Problems Graphically
MCR3U - Functions
Introduction to Quadratic Functions
1.1 Introducing Functions
1.2 Finding the Inverse of a Function
1.3 Exploring the Characteristics of Parent Functions
1.4 Identifying the Characteristics of Quadratic Functions
1.5 Applying Quadratic Functions to Real World Problems
1.6 Identifying Equivalent Functions
Exponential Functions
2.1 Exploring the Exponential Laws
2.2 Identifying the Properties of Exponential Functions
2.3 Exploring Transformations of Exponential Functions
2.4 Applying Exponential Functions to Real World Problems
Discrete Functions
3.1 Introducing Sequences
3.2 Investigating Arithmetic and Geometric Sequences
3.3 Investigating Arithmetic and Geometric Series
3.4 Exploring Simple and Compound Interest
3.5 Introducing Ordinary Simple Annuities
Trigonometric Functions
4.1 Introducing Trigonometric Functions
4.2 Connecting Primary Trigonometric Ratios and the Unit Circle
4.3 Defining Exact Values of Trigonometric Ratios
4.4 Exploring Angles Between 0 and 360 Degrees
4.5 Investigating the Sine Law
4.6 Investigating the Cosine Law
4.7 Introducing Trigonometric Identities
4.8 Identifying the Characteristics of Periodic Functions
4.9 Exploring Transformations of Sinusoidal Functions
4.10 Applying Sinusoidal Functions to Real World Problems
MCF3M - Functions and Applications
Introduction to Quadratic Functions
1.1 Introducing Quadratic Models
1.2 Factoring Quadratics - Greatest Common Factor
1.3 Factoring Quadratics - Perfect Squared Terms
1.4 Factoring Quadratics - Factoring Trinomials
1.5 Solving Quadratics by Factoring
1.6 Solving Quadratics Using the Quadratic Formula
Analyzing Quadratic Functions
2.1 Investigating Function Notation
2.2 Determining Domain and Range
2.3 Eploring Transformations of Quadratic Functions
2.4 Converting Between Standard Form and Vertex Form
2.5 Sketching and Analyzing Graphs of Quadratic Functions
2.6 Applying Quadratic Models
Exponential Functions
3.1 Introducing the Laws of Exponents
3.2 Analyzing Graphs of Exponential Functions
3.3 Solving Problems Involving Exponential Functions
3.4 Financial Literacy Simple and Compound Interest
3.5 Investigating Financial Applications of Exponential Functions - Annuity
Trigonometry and Sinusoidal Functions
4.1 Solving Right Triangles
4.2 Exploring the Sine Law
4.3 Solving Problems Using the Cosine Law
4.4 Analyzing Graphs of Periodic Functions
4.5 Applying the Sine Function
MBF3C - Foundations for College Mathematics
Trigonometry and Geometric Properties
1.1 Applications and Representations of Geometric Shapes
1.2 Nets, Patterns, and Plans
1.3 Designing and Constructing Models
1.4 Trigonometry and Right Angles
1.5 Sine and Cosine Laws
Data Management
2.1 Collecting Data
2.2 Storing, Organizing, and Analyzing Data
2.3 Using Statistics to Make Decisions
2.4 Probability in Our Everyday Lives
2.5 Statistics and Probability
Quadratic and Exponential Relations
3.1 Quadratic Relations
3.2 The Three Forms of a Quadratic Relation
3.3 Working With Exponents
3.4 Exponential Relations
3.5 Applications of Exponential Relations
Financial Application
4.1 Simple and Compound Interest
4.2 The Effects of Various Parameters on Compound Interest
4.3 Credit Cards
4.4 Financial Management
4.5 Owning and Operating a Vehicle
MEL3E - Mathematics for Work and Everyday Life
Earning Money
1.1 How Are You Paid?
1.2 Learn About Net and Gross Income
1.3 Exploring Income Tax
1.4 Understanding Your Paycheque
1.5 Working With A Budget
1.6 Purchasing Power and Standard of Living
Purchasing Power
2.1 Understanding an Price Tag
2.2 Working With The Total Price
2.3 Finding the Best Deals
2.4 Determining Costs
2.5 Ways to Buy
Travel and Transportation
3.1 Shopping for a Vehicle
3.2 Owning a Vehicle
3.3 Calculating the Costs of Owning and Operating a Vehicle
3.4 Comparing Electric vs. Gas Powered Vehicles
3.5 Planning a Car Trip
3.6 Considering Leisure Travel
3.7 Using Vehicles for Work
Saving, Investing and Borrowing
4.1 Exploring Banking Services
4.2 Understanding Interest
4.3 Learning About Loans
4.4 Using Credit Cards
4.5 Making Financial Decisions
MHF4U - Advanced Functions
Polynomial and Rational Functions
1.1 Recognizing Applications of Polynomial Expressions
1.2 Describing Polynomial Expressions
1.3 Identifying Polynomial Functions
1.4 Classifying Polynomial Functions
1.5 Exploring the Effect of Degree on Polynomial Functions
1.6 Determining the End Behaviours of Polynomial Functions
1.7 Describing Polynomials in Factored Form
1.8 Describing the Factor Theorem and Remainder Theorem
1.9 Applying Long Division to Polynomial Functions
1.10 Investigating Transformations of Polynomial Functions
1.11 Using Symmetry to Characterize Odd and Even Polynomial Functions
1.12 Exploring the Graphs of Reciprocal Functions
1.13 Connecting Algebraic and Graphical Representation of Rational Function
1.14 Solving Rational Equations
1.15 Solving Inequalities
Exponential and Logarithmic Functions
2.1 Defining Logarithmic Functions
2.2 Exploring the Characteristics of Logarithmic Functions
2.3 Connecting Exponential and Logarithmic Functions
2.4 Solving Logarithmic and Exponential Equations - Part 1
2.5 Solving Logarithmic and Exponential Equations - Part 2
2.6 Exploring Transformations of Logarithmic Functions
Trigonometric Functions
3.1 Introducing Trigonometric Functions
3.2 Introducing Radian Measure
3.3 Exploring Angles Expressed in Radian Measure
3.4 Exploring Characteristics of the Sine, Cosine, and Tangent Functions
3.5 Graphing the Reciprocal Trigonometric Functions
3.6 Investigating Transformations of Sinusoidal Functions
3.7 Connect Algebraic and Graphical Representation of Sinusoidal Functions
3.8 Solving Trigonometric Equations
3.9 Verifying and Applying the Compound Angle Formulas
3.10 Exploring Equivalent Trigonometric Expressions
3.11 Deriving and Applying the Double Angle And Pythagorean Formulas
3.12 Solving Trigonometric Equations
Characteristics of Functions
4.1 Expressing a Function as the Combination of Other Functions
4.2 Combining Functions by Adding, Subtracting, or Multiplying
4.3 Combining Functions by Dividing or Applying One Function to Another
4.4 Determining the Domain and Range of Combined Functions
4.5 Determining the Instantaneous Rate of Change of a Function
4.6 Exploring the Average Rate of Change of a Function
4.7 Describing Composite Functions Using Symmetry
4.8 Solving the Equations of Composite Functions Arising From Applications
MCV4U - Calculus and Vectors
Rates of Change
1.1 Reviewing Prerequisite Skills
1.2 Determining Rates of Change
1.3 Determining Limits
1.4 Using First Principles to Determine the Equation of a Tangent
Derivatives
2.1 Finding Derivatives - Part A
2.2 Finding Derivatives - Part B
2.3 Solving Related Rates Problems
2.4 Investigating Velocity, Acceleration and Second Derivatives
Curve Sketching
3.1 Exploring the First Derivative
3.2 Exploring the Second Derivative
3.3 Sketching Curves - Part A
3.4 Sketching Curves - Part B
Extensions
4.1 Solving Optimization Problems
4.2 Working with Sinusoidal Functions
4.3 Working with Exponential and Logarithmic Functions
Vectors
5.1 Using Geometric Vectors
5.2 Investigating Cartesian Vectors
5.3 Exploring Vectors in 3-Space
5.4 Creating Equations of Vectors
5.5 Investigating Lines and Planes
MDM4U - Data Management
Organization and Analysis of Data: Two Variable Stats
1.1 Introducing the Importance of Data
1.2 Recognizing Bias Data Collection Principles and Methods
1.3 Analyzing Two Variable Data
1.4 Analyzing the Residuals and Outliers in Two Variable Data
1.5 Interpreting Data
Data Analysis: One Variable Stats, and the Normal Distribution
2.1 Introducing One Variable Statistics
2.2 Calculating Measures of Central Tendency
2.3 Calculating Measures of Spread
2.4 Learning About Normal Distributions and Z-Scores
2.5 Applying Z-Scores to Discrete Data
2.6 Exploring Confidence Intervals
Permutations and Combinations
3.1 Organized Counting and Fundamental Multiplicative Counting Principle
3.2 Learning About Permutation Factorials: Rule of Sum and Applications
3.3 Understanding Combinations
3.4 Counting Problems With Repeated Elements and Overlap
3.5 Investigating Pascal Triangle and Problems Using Combinations
Probability and Probability Distributions
4.1 Introducing Experimental vs. Theoretical Probability
4.2 Learning About Mutually Exclusive and Non-Mutually Exclusive Events
4.3 Understanding Independent and Dependent Events
4.4 Exploring Probability Distributions and Expected Value
4.5 Calculating Binomial Distribution and Hypergeometric Distribution
4.6 Applying Normal Approximation to the Binomial Distribution
MAP4C - Foundations for College Mathematics
Mathematical Models
1.1 Exponents
1.2 Interpreting Graphs and Using Graphical Models
1.3 Working With Formulas
Personal Finance
2.1 Annuities
2.2 Understanding Mortgages
2.3 Renting or Owning Accommodation
2.4 Designing Budgets
Geometry and Trigonometry
3.1 Measurement and Geometry
3.2 Geometry
3.3 Optimization
3.4 Trigonometry
Data Management
4.1 Data Collection
4.2 Line of Best Fit
4.3 Correlations
4.4 Interpreting Statistics
MEL4E - Mathematics for Work and Everyday Life
Reasoning with Data
1.1 Reading and Interpreting Data
1.2 Collecting and Displaying Data
1.3 Introducing Probability
1.4 Investigating Probability
1.5 Working with Probability and Statistics in the Media
Personal Finance
2.1 Finding Accommodations
2.2 Initial Accommodation Expenses
2.3 Ongoing Living Expenses
2.4 Exploring Budgets
2.5 Filing Income Tax Returns
Measurement
3.1 Working With The Metric System
3.2 Working With The Imperial System
3.3 Converting Units Between Systems
3.4 Estimating Measurements
3.5 Applying Concepts of Measurement
Proportional Reasoning
4.1 Using Ratios and Rates
4.2 Understanding Proportional Reasoning
4.3 Applying Proportional Reasoning at Home and Work
4.4 Using Scale Drawings and Models
4.5 Planning a Home Improvement Project
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Entrepreneurship: The Enterprising Person
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