This multi-grade document outlines all of the strands, units, outcomes, MMS correlations for grades 6-9. It also includes I Can Statements for each of the outcomes.

This award winning math site is searchable by grade level (6-8, 9-10, 11-12), course content and activities. It encourages:
Active Learning
- The unique content format makes learning more interactive than ever before. Students can explore, discover and actively engage in problem solving and creativity.
Personalization
- The content can seamlessly adapt to different students, allowing everyone to achieve mastery. A virtual personal tutor gives real-time hints and encouragement.
Storytelling
- Every course has a captivating narrative and is full of colourful illustrations. Discover all the real-life applications of mathematics, and why it is incredibly beautiful.

Just a few topics include:
- Virtual manipulatives (including Canadian money)
- multiplication flash cards
- Fractals
- timeline of mathematics
- graph theory
- Pascal's triangle
- Factris
- Fibonacci
- circles and pi
- origami
- Platonic Solids
- Symmetry
- Probability
- Cylinders

Discover Mathigon, the Mathematical Playground. Learning mathematics has never been so interactive and fun!
Check out:
Polypad - Virtual manipulatives, dynamic geometry, graph plotting, data science and more: explore the ultimate mathematical playground!
Multiplication by Heart - These beautiful flash cards use spaced repetition to teach multiplication facts. Achieve fluency with just five minutes of practice per day!
Activities - A selection of our favourite mathematical puzzles and problems. Most are simple to understand, but the solutions require clever and unconventional thinking.
Factris - A fun game that teaches about simple arithmetic
Course Library - Mathigon's innovative courses cover everything from fractions and trigonometry to graph theory, cryptography, prime numbers and fractals.
Puzzles, Activities and Lesson Plans - Student Explorations/Activities for students to complete ; Fully developed lessons plans ; Ready to play puzzles and games ; Teaching ideas using Polypad to explore new ideas; Tutorials - Learn how to use Polypad
Almanac of Interesting Numbers
And much more!

This 21 CC Workshop presented by Carole Butcher and Shirley Barclay outlines many topics in the area of teaching mathematics.

Routines are a way for you and your students to maintain a sense of familiarity and structure throughout the school year. Having a core set of shared routines can create a powerful, practical force for establishing a classroom learning community.

The instructional routines you’ll find throughout Amplify's math program help bring structure and consistency to your classroom, freeing up some of your valuable time. Each card features an easy-to-implement practice to keep students interacting and engaged with the lesson.

Download your free instructional routine cards today. The routines are listed in the tags for this resource.

Math is Fun is a free website offering mini explanations of math topics from all levels, including elementary to high school. It also features tons of games and puzzles to explore. It also includes an illustrated math dictionary with interactive activities for the students to explore and deepen mathematical understanding.

Find resources for different age levels in the following areas:
Pre-K to 2
- Numbers
- Algebra
- Geometry
- Data
- Measurement
- Money

3 to 6
- Numbers
- Algebra
- Geometry
- Data
- Measurement
- Money

7 to 9
- Numbers
- Algebra
- Geometry
- Data
- Measurement
- Money

10 upwards
- Numbers
- Algebra
- Geometry
- Data
- Measurement
- Calculus

Mathletics is a captivating online math learning space providing students with all the tools they need to be successful learners, both in the classroom and beyond. Powerful courses aligned to provincial math curricula, from Kindergarten through High School, matched with dynamic tools and reporting for teachers. Mathletics supports and caters to each teacher’s unique blend of student-driven learning and teacher-led instruction.

Sun West Students in 1-9 have access to this resource! Contact your administrator for login information.

PARENTS - you have access to printable workbooks from the student console as well!
*Click "learn", then select an activity. If there is a printable notebook available for that concept it will be on the right side of the screen. When you scroll down on the right side you will see conceptual videos, interactives and printables (in yellow box). Please note that the printable materials are there only if there is one available for the activity you selected. If you do not see a printable, try selecting a different activity.

This is an update of features in Mathletics for new and continued features. This is a very informal and relaxed demonstration - but very helpful!

Saskatchewan Math assessments, problem solving & reasoning, early learning, rich tasks by Dr. Marian Small & printable materials are included in this demo!

Mathopoly - Turning Math into a Game

This presentation from iLearn teaches you how to turn math into the game Monopoly using paid resources from Teachers Pay Teachers.
For the low cost of about $4 you can have Mathopoly spicing up your math classes and giving students the opportunity to personalize their learning!

This site has excellent and rich math online and printable math resources for all ages. Online resources are interactive, offering hints, alternative questions of similar difficulty, correct answers, and rationale. includes a range of math skills from basic operations to calculus. The site offers digital versions of common math manipulatives for kids to play with online, such as counters, geoboards, dominoes, number frames, and pattern blocks.

For Early Childhood, K-12. Freely available.

A free web based math / scientific calculator specially designed for the education environment. It operates in a very similar way to the popular school calculators and so does not need re-learning. The calculator can be blown up to full screen size, making it a useful teaching tool in a classroom setting with a projector. Functions: sin, cos, tan, sin-1, cos-1,tan-1 square root, log10, loge, power of ten, squared, ex Constants: pi, e, root 2 This resource is a component of the Math Open Reference Interactive Geometry textbook project at http://www.mathopenref.com.

A place where you can find supplementary materials (namely videos) for senior math classes. Click on the class on the right hand side

Today we’re going to talk about measures of central tendency - those are the numbers that tend to hang out in the middle of our data: the mean, the median, and mode. All of these numbers can be called “averages” and they’re the numbers we tend to see most often - whether it’s in politics when talking about polling or income equality to batting averages in baseball (and cricket) and Amazon reviews. Averages are everywhere so today we’re going to discuss how these measures differ, how their relationship with one another can tell us a lot about the underlying data, and how they are sometimes used to mislead.

Today, we're looking at measures of spread, or dispersion, which we use to understand how well medians and means represent the data, and how reliable our conclusions are. They can help understand test scores, income inequality, spot stock bubbles, and plan gambling junkets. They're pretty useful, and now you're going to know how to calculate them!

A web page and interactive applet illustrating the medians of a triangle. The applet shows a triangle where the user can drag the vertices to reshape it. As the triangle is being reshaped, the user can see the three median lines tracking the changes, and observe that that all three always intersect at a point inside the triangle. The page text explains that this point of intersection is also the centroid of the triangle, and explains how to determine the location of the medians. Applet can be enlarged to full screen size for use with a classroom projector. This resource is a component of the Math Open Reference Interactive Geometry textbook project at http://www.mathopenref.com.

An interactive applet and associated web page that demonstrate the midpoint of a line segment. The applet shows a line segment that can be resized and moved using draggable endpoints. The applet always shows the midpoint of the changing line segment. Applet can be enlarged to full screen size for use with a classroom projector. This resource is a component of the Math Open Reference Interactive Geometry textbook project at http://www.mathopenref.com.

An interactive applet and associated web page that demonstrate how to find the midpoint of a line segment when the coordinates of the endpoints are given. The applet has two points on a Cartesian plane. As the user drags either point it continuously recalculates the midpoint of the line segment defined by them. The midpoint is shown both on the plane and as a continuously changing formula. The grid, axis pointers and coordinates can be turned on and off. The midpoint calculation can be turned off to permit class exercises and then turned back on the verify the answers. The applet can be printed as it appears on the screen to make handouts. The web page has a full description of the method for finding the midpoint, a worked example and has links to other pages relating to coordinate geometry. Applet can be enlarged to full screen size for use with a classroom projector. This resource is a component of the Math Open Reference Interactive Geometry textbook project at http://www.mathopenref.com.

In Monster School Bus, students play a newly hired bus driver with a certain number of seats on the bus. The mission: to pick up each neighborhood’s little monsters and bring them to school – without dividing up groups (monsters don’t like that).
In early levels, each little monster takes up one seat and players combine integers to add up to 10. Each new neighborhood exposes learners to a more complex set of numbers, including decimals and fractions. The design of characters and locations gives the game an edgy look, and provides a more mature atmosphere to a game covering fairly juvenile content (e.g., buildings transform into punk Monster Buildings as a reward for picking up kids). This is important: though students learn this concept of number chunking in earlier grades, they often fail to understand it conceptually. Therefore, this content could turn off older students if they feel the game is “below them.” The edgy character design helps make the content feel more age-appropriate, and the graphical details impact gameplay and motivate players to visualize numbers as sets and quantities and think harder about relationships among numbers and number systems.

This is a great collection of High School Math tutorials on YouTube.
Mrs. A has given permission to share her wonderful videos.

Topics include:
-slope
-trig
-factor theorem
-solving quadratics
-functions
-solving linear systems