Summer+School+-+MPM1D0

=Grade 9 Academic Mathematics, MPM1D0.=

Welcome to my site geared towards the Ontario Grade 9 Academic Mathematics course, code MPM1D0. Please note this website is considered a resource and is meant to enhance the in-class experience, not replace it. Lessons are provided below in order to accommodate the fast pace of Summer School.

By many students, this course is known as "The Line" or "y = mx+b" course.

This course makes use of the McGraw Hill workbook, not the textbook. All homework references are based on the workbook provided in-class. (Available from McGraw Hill for ~$10 CDN)

Below are some lesson templates to help students during the course. It is recommended to students to print their own hard copies and bring them to lectures. Not all answers are provided on the sheets and are meant to be worked on together in class.

Please note that the below files are a guideline for the course and does not include in-class activities, assignments, quizzes, tests, or other material. Not all of the below lessons/worksheets may be used and material may change in class based on assessed class level, teacher collaboration, teaching method experimentation, or other acts of random inspiration.

Unit 1 - Polynomials
Polynomials || ||
 * Work with Exponents || [[file:Lesson 1 - Work With Exponents.pdf]] ||
 * Exponent Laws || [[file:Lesson 2 - Exponent Laws.pdf]] ||
 * Communicating with Algebra || [[file:Lesson 3 - Communicating with Algebra.pdf]] ||
 * Collecting Like Terms || [[file:Lesson 4 - Collecting Like Terms.pdf]] ||
 * Adding and Subtracting
 * The Distributive Property || [[file:Lesson 6 - The Distributive Property.pdf]] ||

Unit 2 - Equations
Involving Fractions || ||
 * Solve Simple Equations || [[file:Lesson 1 - Solve Simple Equations.pdf]] ||
 * Solve Multi-Step Equations || [[file:Lesson 2 - Solve Multi-Step Equations.pdf]] ||
 * Solve Equations
 * Modelling with Formulas || [[file:Lesson 4 - Modelling With Formulas.pdf]] ||
 * Modelling with Algebra || [[file:Lesson 5 - Modelling With Algebra.pdf]] ||

Unit 3 - Relations(Graphing)
and Extrapolations || || Relations || ||
 * Scatter Plots || [[file:Lesson 1 - Scatter Plots.pdf]] ||
 * Trends, Interpolations,
 * Linear and Non-Linear
 * Distance Time Graphs || [[file:Lesson 4 - Distance Time Graphs.pdf]] ||

Unit 4 - Linear Relations
Rate of Change || ||
 * Direct Variation || [[file:Lesson 1 - Direct Variation.pdf]] ||
 * Partial Variation || [[file:Lesson 2 - Partial Variation.pdf]] ||
 * Slope || [[file:Lesson 3 - Slope.pdf]] ||
 * Slope as a
 * First Differences || [[file:Lesson 5 - First Differences.pdf]] ||

Unit 5 - Analyzing Linear Relations
Slope y-Intercept Form || || Standard Form || || Using Intercepts || || Given Slope and a Point || || GivenTwo Points || ||
 * Equation of a Line in
 * Equation of a Line in
 * Graph a Line
 * Parallel and Perpendicular Lines || [[file:Lesson 4 - Parallel and Perpendicular Lines.pdf]] ||
 * Equation of a Line
 * Equation of a Line
 * Linear Systems || [[file:Lesson 7 - Linear Systems.pdf]] ||

Unit 6 - Measurement Relationships
of Composite Figures || || of Prisms and Pyramids || || of Cones || || of Spheres || ||
 * The Pythagorean Theorem || [[file:Lesson 1 - The Pythagorean Theorem.pdf]] ||
 * Perimeter and Area
 * Surface Area and Volume
 * Surface Area and Volume
 * Surface Area and Volume

Unit 7 - Geometric Relations
In Triangles || || In Quadrilaterals || || In Polygons || || In Triangles || || in Quadrilaterals || ||
 * Angle Relationships
 * Angle Relationships
 * Angle Relationships
 * Midpoints and Medians
 * Midpoints and Diagonals

Unit 8 - Optimizing Measurements
(Perimeter and Area) || || (Surface Area and Volume) || || (Surface Area and Volume) || ||
 * Optimizing Rectangles
 * Optimizing Square-Based Prisms
 * Optimizing Cylinders