## Grade Five Mathematics

Students will develop an understanding of four general units: Numbers, Patterns and Relations, Shape and Space; Measurement, and 3-D/2-D objects, Statistics and Probability.

Children’s early experiences shape what they imagine to be possible. Study after study has shown the value of exposing children with positive role models. Representation, including in the hours spent consuming media within the classroom, shape what they imagine to be possible for people who look like them, live where they live, or come from where they came from. Simply put, kids determine what they can be based on the examples around them. Therefore, we highly recommend you take 2-5 minutes everyday in your math class to introduce mathematicians of colour. We've made this easy for you by creating a presentation that you can use with a slide a day to showcase a new mathematician of diverse background. You could do this on a daily, weekly, bi-weekly or during a certain month. You could also make your own presentation and encourage this representation.

K-6 Mathematicians of Colour by Canadian Cultural Mosaic Foundation

__Mathematicians of colour to introduce to your class related to the Alberta curriculum__

__NUMBERS__

**Mathematician: Elbert Frank Cox**

First ever African-American man to earn a PhD in Math.

**Curriculum connection:**

- 5a. Demonstrate with and without concrete materials an understanding of multiplication (2-digit by 2-digit) to solve problems

- 6a. Demonstrate with and without concrete materials an understanding of division (3-digit by 1-digit) and interpret remainders to solve problems**Suggested use:**

- Showcase the diversity that exists in the math world

- Introduce a notable mathematician weekly**Accessibility:**

- Accessible for nonverbal, hard of hearing, and visually impaired; additional accommodations may be required

**Chinese mathematics | Mathematician: Sun Tzu**

Website describing the development of the Chinese Remainder Theorem by Sun Tzu in the 3rd century CE. The Theorem used remainder number while doing division and long division. This theorem was used to track planetary movement for Chinese astronomers, and today is used in internet cryptography.

**Curriculum connection:**- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts

- 6a. Demonstrate an understanding of multiplication (2- or 3-digit by 1-digit) to solve problems**Suggested use:**- Hook for math task involving division with remainders

- Shared reading about historical contributions to math**Accessibility:**- Accessible for nonverbal, hard of hearing, and visually impaired; additional accommodations may be required

**Math Prodigy Terence Tao, UCLA | Mathematician: Terence Tao**

Chinese mathematician who developed the theory of sequencing prime numbers.

**Curriculum connection:**

- 1a. Represent and describe whole numbers to 1 000 000

- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts**Suggested use:**

- Showcase the diversity that exists in the math world

- Introduce a notable mathematician weekly**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**The Murder of Ancient Alexandria's Greatest Scholar | Mathematician: Hypatia**

Biography of the Egyptian mathematician and philosopher Hypatia. Hypatia contributed significantly to the development of long division.

**Curriculum connection:**

- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts

- 6a. Demonstrate an understanding of multiplication (2- or 3-digit by 1-digit) to solve problems**Suggested use:**

- Hook for math task involving division

- Use video to begin discussion about the historical and culturally diverse contributions made to development of math**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Meet the Black Female NASA Genius Who Helped Send the First American Into Space | Mathematician: Katherine Johnson**

Short video describing the life of Katherine Johnson, the female mathematician who helped with the first mission to the moon. This video does a good job at explaining Jim Crow laws and other race-based structures that she faced throughout her life.

**Curriculum connection:**- 2a. Use estimation strategies in problem-solving contexts**Suggested use:**- Watch video and discuss Johnson's contributions to math

- Word problems with details about Johnson and the mission to the moon**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Mathematician: Evelyn Boyd Granville**

Video biography of Evelyn Boyd Granville, the second African-American woman to receive a doctoral degree in mathematics. Boyd made significant contributions to the field of space travel, working with IBM in areas of computer programming. Granville received her PhD from Yale University.

**Curriculum connection:**- 2a. Use estimation strategies in problem-solving contexts**Suggested use:**- Introduce a notable mathematician weekly

- Hook for math task involving equations

- Use video to discuss resilience and approaches to problem solving

- Hook for a written reflection on using problem solving techniques across the subjects

- Word problems with references to Granville and her contributions to space travel**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Black Mathematicians**

Rap video celebrating African-American pioneers in Mathematics. Mathematicians mentioned include:

Benjamin Banneker, Mary Jackson, Katherine Johnson, Elbert Cox, Martha Haynes, Dudley Woodard, David Blackwell, Annie Easley, Evelyn Granville, Emery Brown, Marjorie Brown, William Claytor, Charles Reason.

**Curriculum connection:**

- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts

- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**

- Introduce and discuss notable mathematicians of color

- Students choose a mathematician from the video to research about (cross-curricular with Social Studies/Science)

- Word problems with references to mathematicians from the video**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**A brief history of the numerical systems**

Alessandra King explains the origins of the numbers 1,2,3,4,5,6,7,8,9 and 0 along with the relevance of using decimals and a 60 base system.

**Curriculum connection:**

- 8a. Describe and represent decimals (tenths/ hundredths/ thousandths) concretely, pictorially and symbolically

- 10a. Compare and order decimals (to thousandths) by using: benchmarks, place value, equivalent decimals**Suggested use:**

- Hook for decimals

- Highlight the global contributions to math**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Hidden Stories: Dorothy Vaughan | Mathematician: Dorothy Vaughan**

A short, biographical video detailing the life of mathematician Dorothy Vaughan. She worked for NASA, and was considered a “human computer,” and even helped to put the first man on the moon.

**Curriculum connection:**

- 2a. Use estimation strategies in problem-solving contexts

- 3a. Demonstrate an understanding of addition of numbers with answers to 10 000 and their corresponding subtractions by using personal strategies/ problem solving context**Suggested use:**

- Hook for a math task that involves patterns and variables

- Showcase the diversity that exists in the math world

- Introduce a notable mathematician weekly**Accessibility:**

- Manual transcription available

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**History of Mathematics**

An animated video on the development of numbers throughout history.

**Curriculum connection:**- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**- Introduce the history of number and make connections to all contributions**Accessibility:**- Manual transcription available

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Were Women The First Mathematicians In Ancient Africa?**

Brief history about some African mathematics, especially the role that women had in its development.

**Curriculum connection:**

- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**

- Introduction to the importance of the diverse historical contributions to the world of mathematics

- Hook for research project about famous female mathematicians of colour (cross-curricular connection to writing)**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Interview with Sibahle Zwane, Maths Genius**

A video about the 10 year-old math genius. If anyone knows that age is just a number it’s Sibahle, a 10 year old human calculator (aka maths genius). He can work out ANY multiplication sum within seconds!

**Curriculum connection:**

- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**

- Introduction to the importance of the diverse contributions to the world of mathematics

- Hook to begin multiplication**Accessibility:**

- Closed captioning not available on video, accommodations needed

**Can These Human Calculators Really Solve Any Problem?**

A video about difficult questions being throw at young mathematicians.

**Curriculum connection:**- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**- Use as a resource for problem solving, pull apart the steps to solve a problem connected to operations, have students share their preferred strategy

- Highlight that everyone (no gender) can excel at math**Accessibility:**- Closed captioning not available on video, accommodations needed

**Top of the Class: The Story of Marjorie Lee Browne | Mathematician: Marjorie Lee Browne**

Marjorie Lee Browne was one of the first Black women to earn a PhD in mathematics.

**Curriculum connection:**- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**- Introduction to discussion about how stereotypes in the math world can impact students (willingness to take risks, try something that they are interested in, gender stereotypes)**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Kid Mathematician Amazes Judges on Sri Lanka's Got Talent**

A video about math wizard Nimna Hiranya on Got Talent Sri Lanka as she wows judges with her math skills.

**Curriculum connection:**- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**- Introduction to discussion about how stereotypes in the math world can impact students (willingness to take risks, try something that they are interested in, gender stereotypes)**Accessibility:**- Closed captioning not available on video, accommodations needed

**The exceptional life of Benjamin Banneker | Mathematician: Benjamin Banneker**

Born in 1731 to formerly enslaved parents on a farm in Baltimore, Benjamin Banneker was obsessed with math and science. And his appetite for knowledge only grew as he taught himself astronomy, mathematics, engineering, and the study of the natural world. Rose-Margaret Ekeng-Itua details the numerous accomplishments of Benjamin Banneker.

**Curriculum connection:**- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**- Use an example of resilience in the math world, noting how he overcame many barriers (including racism) to pursue his passions**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Mathematician: Brahmagupta**

Brahmagupta, the greatest of ancient Indian mathematicians, first showed how to use zero as a number and made many other important discoveries in algebra, geometry, and trigonometry.

**Curriculum connection:**

- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**

- Introduce and discuss the history of zero and it's importance to number and number representation**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**The hidden messages in multiplication **

A TED Talk by Uma Adwani, who left her small hometown, and was given the opportunity to teach elementary mathematics, which she disliked at first. Through her lesson-planning, she became fascinated with the patterns seen in simple multiplication tables.

**Curriculum connection:**

- 4a. Apply mental mathematics strategies for multiplication**Suggested use:**

- Introduction to discussion about why it is important to have diversity in all areas of education and the workforce**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

The 11-Year-Old Math Marvel

__PATTERNS AND RELATIONS: VARIABLES AND EQUATIONS__The 11-Year-Old Math Marvel

A video about the young girl, Aarushi. At 8, she ranked second among her peers in Singapore at the Singapore and Asian Schools Math Olympiad. At 11, she's solving puzzles taught at university, and playing chess blindfolded. But Aarushi is finding out that with such gifts comes the pressure of expectations.

**Curriculum connection:**- 2c. Express a given problem as an equation in which a symbol is used to represent an unknown number**Suggested use:**- Use as a resource for problem solving, pull apart the steps to solve a problem connected to operations, have students share their preferred strategy

- Highlight that everyone (no gender) can excel at math

- Introduction to discussion about how stereotypes in the math world can impact students (willingness to take risks, try something that they are interested in, gender stereotypes)**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**The Most Beautiful Equation in Math Professor: Po-Shen Loh**

Professor of mathematical sciences Po-Shen Loh explains why Euler’s Equation is the most beautiful equation in math.

**Curriculum connection:**

- 2c. Express a given problem as an equation in which a letter variable is used to represent an unknown number (limited to whole numbers)**Suggested use:**

- Introduction to the history of number and make connections to all contributions**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

****

__SHAPE AND SPACE: MEASUREMENT AND 2-D SHAPES, 3-D OBJECTS__

**Struggle to Success | Mathematician: Maryam Mirzakhani**

Biography of the Iranian mathematician Maryam Mirzakhani who contributed to the field of geometry. Mirzakhani was the first woman to ever win a Field Medal for mathematics in 2014. She grew up in Iran, and attended Harvard University in 2004.

**Curriculum connection:**

- 1e. Describe and provide examples of edges and faces of 3-D objects and sides of 2-D shapes that are: parallel, intersecting, perpendicular, vertical, horizontal

- 2d. Design and construct different rectangles given either perimeter or area or both (whole numbers) and make generalizations**Suggested use:**

- Introduce a notable mathematician weekly

- Hook for math/art task using geometric shapes such as creating a unique print or pattern

- Discuss resilience and approaches to problem solving

- Hook for a written reflection on using problem solving techniques**Accessibility:**

- Manual transcription available

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Against the Odds: The Story of Raye Montague | Mathematician: Raye Montague**

Growing up in segregated Little Rock, Arkansas, Raye Montague faced the hurdles of being African American, female, and having a segregated education while pursuing her dreams of becoming a Naval engineer. Through hard work, perseverance, and refusing to take "no" for an answer, Montague became a Naval engineer, and ended up revolutionizing the way ships and submarines are designed. She ended her career as the first female Program Director of Ships for the Navy.

**Curriculum connection:**

- 1e. Describe and provide examples of edges and faces of 3-D objects and sides of 2-D shapes that are: parallel, intersecting, perpendicular, vertical, horizontal**Suggested use:**

- Introduce a notable mathematician weekly

- Hook for math/art task using geometric shapes such as creating a unique print or pattern

- Discuss resilience and approaches to problem solving

- Hook for a written reflection on using problem solving techniques**Accessibility:**

- Manual transcription available

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Women and Minorities in Mathematics | Mathematician: Kate Okikiolu**

Website that explains the contribution of a young African-American female and her award-winning method to estimate the size of a drum using sounds the music of the drum. The website also contains a string of activities for teachers to use combining some musical and mathematical principles.

**Curriculum connection:**

- 1e. Describe and provide examples of edges and faces of 3-D objects and sides of 2-D shapes that are: parallel, intersecting, perpendicular, vertical, horizontal

- 2d. Design and construct different rectangles given either perimeter or area or both (whole numbers) and make generalizations**Suggested use:**

- Introduce Kate Okikiolu

- This can be used as an exploration to see how perimeter, area, and shape of a drum affect the sound**Accessibility:**

- Accessible for nonverbal and hard of hearing

**SHAPE AND SPACE:**

**TRANSFORMATIONS**

____**Black Excellist: Gladys West | Mathematician: Gladys West**

Gladys Mae West is an African-American mathematician best known for her contributions to the mathematics underpinning the Global Positioning System (GPS).

**Curriculum connection:**

- 8f. Identify and describe a single transformation, including a translation, rotation and reflection of 2-D shapes**Suggested use:**

- Introduce a notable mathematician weekly

- Introduce the concept of positioning shapes and their transformations**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Denise Carter's Smarty Bunch**

Fun 1:30 song on how to remember reflection, translation, rotation with a flip, a slide and a turn!

**Curriculum connection:**- 8f. Identify and describe a single transformation, including a translation, rotation and reflection of 2-D shapes**Suggested use:** - Hook to introduce transformations**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

__NUMBERS__**Learn 2 to 9 Times Multiplication Tricks**

This video is a compilation of videos covering the tricks for the 2 to 9 times tables.

**Curriculum connection:**

- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts**Suggested use:**

- Hook for multiplication, use to show representation in mathematics**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Mathematics of the Americas: Activity Booklet**

PDF of various mathematics activities that incorporate lessons about mathematics developed in various South American civilizations (Aztec and Inca). The activities span across all grades, with specific pages relating to 4-6 math curriculum.

**Curriculum connection:**- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**- Math of the Maya: Place Value and Number Operations (p.11)

- Math of the Inca: Data Analysis, Numbers and Number Sense (p. 17)

- Math of the Aztec: Algebra (p. 23)

- Math of the Navajo: Geometry and Measurement (p. 29)**Accessibility:**- Accessible for nonverbal and hard of hearing

**The Magic of Vedic Math**

Ted-ED video on the principles of Vedic Math. The video outlines methods used for the multiplication of large numbers using Vedic mathematics, a branch of math that first started in India and was derived from ancient Hindu texts.

**Curriculum connection:**

- 3a. Apply mental mathematics strategies and number properties in order to understand and recall basic multiplication facts (multiplication tables) to 81 and related division facts

- 4a. Apply mental mathematics strategies for multiplication**Suggested**use:

- Students can do the math together to see how to multiply in different methods

- This can also be used for students who need more of a challenge in math**Accessibility:**

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**Vedic Mathematics**

PDF of traditional Hindu mathematics tricks that were outlined in the ancient Hindu vedas. Part of the PDF shows tricks for multiplication and division.

**Curriculum connection:**- 4a. Apply mental mathematics strategies for multiplication

- 5a. Demonstrate, with and without concrete materials, an understanding of multiplication (2-digit by 2-digit) to solve problems**Suggested use:**- Read the full document to get a full understanding of vedic mathematics

- This can be used to show another method of multiplying, and it can also be used for students who need more of a challenge in math**Accessibility:**- Accessible for hard of hearing and nonverbal

**Pi**

Rap song explaining Pi and what it's used for.

**Curriculum connection:**- 8a. Describe and represent decimals (tenths/ hundredths/ thousandths) concretely, pictorially and symbolically**Suggested use:**- Hook for decimal task while also showcasing the diverse representation in the mathematic world**Accessibility:**- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**History & Evolution of Abacus**

A video which introduces the abacus and its history.

**Curriculum connection:**- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**- Hook for task focused on number representation

- Use video to discuss historical and culturally diverse contributions to mathematics**Accessibility:**- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**Invention Of Zero - The Dr. Binocs Show**

Animated history about the concept and history of zero.

**Curriculum connection:**- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**- Hook for task focused on number representation highlighting the importance of zero

- Use video to discuss historical and culturally diverse contributions to mathematics**Accessibility:**- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**Understand the Meaning of Multiplication**

Brief lesson about multiplication, with an included animation.

**Curriculum connection:**

- 5a. Demonstrate with and without concrete material an understanding of multiplication (2-digit by 2-digit) to solve problems**Suggested use:**

- Use as an introduction to multiplication while showcasing representation in mathematics**Accessibility:**

- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**Who Invented Multiplication?**

Brief video about the history of multiplication and who "invented" it.

**Curriculum connection:**- 5a. Demonstrate with and without concrete materials an understanding of multiplication (2-digit by 2-digit) to solve problems**Suggested use:**- Use an introduction to multiplication

- Prompt discussion about how many inventions were credited to white inventors over inventors of colour**Accessibility:**- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**Decimal System of India**

History and explanation of the Indian numeric system, including exponents/decimals.

**Curriculum connection:**

- 8a. Describe and represent decimals (tenths/ hundredths/ thousandths) concretely, pictorially and symbolically**Suggested use:**

- Use video to make connection between Indian Numeric system and current number system

- Students can compare decimal representation in both systems**Accessibility:**

- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**History of Mathematics: Who Invented Decimals?**

Short history of decimals and who might have invented them.

**Curriculum connection:**- 8a. Describe and represent decimals (tenths/ hundredths/ thousandths) concretely, pictorially and symbolically**Suggested use:**- Introduction to decimals

- Prompt discussion about how many inventions were credited to white inventors over inventors of colour**Accessibility:**- Accessible for nonverbal, hard of hearing

- Auto-captioned - dependent on reading ability. Additional accommodations may be required for visually impaired students as descriptive captioning is not available

**PATTERNS AND RELATIONSHIPS****Indigenous Math Games**

Rules and instructions of various First Nations math games. These games pan across various different units, allowing teachers to pick and choose which games fit in their classrooms. Each games also contains a list of math links to each game, making it easier for teachers to link the games to the curriculum.

**Curriculum connection:**

- 1b. Determine the pattern rule to make predictions about subsequent elements

- 2c. Express a given problem as an equation in which a letter variable is used to represent an unknown number (limited to whole numbers)**Suggested use:**

- Games can be used to teach certain concepts

- These games can also be used as a way to build students mathematical skills and when they are finished their work

- 'Math Games Friday' where you introduce a game based on a concept you are teaching in class**Accessibility:**

- Additional accommodations required for all nonverbal, hard of hearing, and visually impaired students

**SHAPE AND SPACE: 2D SHAPES, 3D OBJECTS****Islamic Art and Geometric Design: Activities for Learning**

Document compiled by the MET that discusses the geometry of Islamic design. The document gives example of artifacts from the MET that exhibit Islamic design. It also includes many activities for students that help them recreate the art while analyzing the geometry of the design.

**Curriculum connection:**

- 2d. Design and construct different rectangles given either perimeter or area or both (whole numbers) and make generalizations

- 2e. Identify and sort quadrilaterals including: rectangles, squares, trapezoids, parallelograms, and rhombuses according to their attributes**Suggested use:**

- Students can look at different art pieces and try to find the symmetry embedded in each piece

- Students can use the activities within the document to further explore how shapes fit to make a larger, beautiful pattern**Accessibility:**

- Accessible for nonverbal, hard of hearing

- Additional accommodations required for visually impaired students

**SHAPE AND SPACE: MEASUREMENT**

____**Area of a Triangle**

Short rap song about the area of a triangle.

**Curriculum connection:**

- 3e. Demonstrate an understanding of measuring length (mm) by: selecting and justifying referents for the unit mm, modelling and describing the relationship between mm and cm units, and between mm and m units**Suggested use:**

- Hook for measurement task while also showcasing the diverse representation in the mathematic world**Accessibility:**

- No captions available, accommodations needed

**Circles**

Rap song explaining Circles and how to measure them using Pi.

**Curriculum connection:**

- 3e. Demonstrate an understanding of measuring length (mm) by: selecting and justifying referents for the unit mm, modelling and describing the relationship between mm and cm units, and between mm and m units**Suggested use:**

- Hook for measurement task while also showcasing the diverse representation in the mathematic world**Accessibility:**

- No captions available, accommodations needed

__SHAPE AND SPACE: TRANSFORMATIONS__

**Birch Bark Biting**

Website with lesson plans to teach student about the art of Birch Bark Biting in Indigenous culture. These projects make a cross-curricular connection to art, allowing teachers to integrate math with art projects. The main math link in these projects relates to geometry of the birch biting design.

**Curriculum connection:**- 1f. Identify and describe a single transformation including a translation/ rotation and reflection of 2-D shapes

- 2f. Perform concretely a single transformation (translation/ rotation or reflection) of a 2-D shape and draw the image**Suggested use:**- Activities are outlined in the resource**Accessibility:**- Accessible for nonverbal, hard of hearing

- Additional accommodations required for visually impaired students

__STATISTICS AND PROBABILITY__**First Nations Games of Chance**

List of traditional First Nations games of chance including instructions to these games. These games deal with lessons on statistics and probability for grades 4-6.

**Curriculum connection:**- 3h. Describe the likelihood of a single outcome occurring using words such as: impossible, possible, certain

- 4h. Compare the likelihood of two possible outcomes occurring using words such as: less likely, equally likely, more likely**Suggested use:**- Students can play these games to gain their understanding of probability**Accessibility:**- Accessible for nonverbal, hard of hearing, and visually impaired; additional accommodations may be required

**STEM by the Numbers**

In this lesson, students use data to analyze the participation of white, Black, Asian and Hispanic men and women in STEM careers as compared with their participation in the general workforce. They then discuss the possible reasons identity groups are unequally represented in STEM careers.

**Curriculum connection:**- 2g. Construct and interpret pictographs and bar graphs involving many-to-one correspondence to draw conclusions**Suggested use:**- Follow lesson as laid out or adapt for specific needs**Accessibility:**- Accessible for nonverbal, hard of hearing

- Additional accommodations required for visually impaired students

**Teaching Mathematics for Social Justice: Conversations with Educators**

Book that discusses the challenges and strengths of incorporating anti-racism and social justice into mathematics education. The book describes ways to do this and the nuances and sensitivities needs to do this properly in a classroom setting. Note: This book is $36.95.

**Suggested use:**- Use to inform your teaching practice to relate math and social justice issues

**Why Math Matters for Kids**

A video explaining the importance of math and how it can be used it various scenarios.

**Suggested use:**- Use as a hook at the beginning of the year or a specific unit to relate curriculum to real-life scenarios**Accessibility:**- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students

**NUMBERS**

**The History of the Abacus**

This document shares a brief history of the abacus and its development in ancient China. The abacus can be used for counting, addition, subtraction, multiplication, division, etc. Based on the curriculum, abacus math is appropriate for K-3 and 4-6 math.

**Curriculum connection:**

- 1a. Represent and describe whole numbers to 1 000 000**Suggested use:**

- Use to introduce/review ways to represent number and discuss the multi-cultural contributions to mathematics

**PATTERNS AND RELATIONSHIPS**

____**Common Core and Islamic Art**

Document that lays out a lesson plan that educates students about the mathematics involved in Islamic design. The document makes a good connection to math. Originally, the document is linked to US math curriculum, but does intersect with lessons on geometry and pattern design in the Alberta curriculum.

**Curriculum connection:**- 1b. Determine the pattern rule to make predictions about subsequent elements

- 3c. Solve problems involving single-variable one-step equations with whole number coefficients and whole number solutions**Suggested use:**- Math to art curricular connection: use a resource to have students incorporate Islamic design into a design project, such as creating a tile design

**SHAPE AND SPACE: 2D SHAPES AND 3D OBJECTS**

____**The complex geometry of Islamic design**

Video explaining the geometric principles behind the Islamic designs seen around the world.

**Curriculum connection:**- 2e. Identify and sort quadrilaterals including: rectangles, squares, trapezoids, parallelograms, and rhombuses according to their attributes**Suggested use:**- Use to identify the quadrilaterals they are able to find in the video and in the patterns**Accessibility**:

- Closed captioning available on video

- Accessible for hard of hearing and nonverbal

- No descriptive captioning available for visually impaired students