Solve a math task and ask reflection questions about how the student felt while solving the problem and why. Potential questions:
What were your emotions and thoughts as you started the math problem?
What did you think and feel as you were solving the task?
If you are doing this activity during the Module 1 synchronous session, try it out using one of these two Grade 8 tasks related to using functions.
Pro tip: Selecting a task that asks students to use their skills and knowledge from a previous grade could also offer information about students’ strengths and areas of development
Ideally, you would be able to use a task from your curriculum. However, if you do not have strong tasks readily available, you can select tasks from Illustrative Math, which is a completely free open source curriculum that has received strong evaluation for its alignment to college and career ready standards.
Students record or write their Math autobiography. Some prompts that may help guide their thinking include:
Students interview one another about their math experiences and record each others’ responses (using similar prompting questions to those in Math autobiography). See an example on pages 12-13 in the article Matthews, J.S. (2018) On Mindsets and Practices for Re-Integrating “Belonging” in the Mathematics Classroom; Teacher Practices
Create an image of a mathematician. Write 3-4 sentences that could explain your drawing to someone else.
Place each of these words on the number line according to how well you think each word describes someone who is good at Math (See template below).
Associating descriptive words with mathematics can reveal students’ beliefs about what it means to be good at mathematics
Directions: Place each of these words on the number line according to how well you think each word describes someone who is good at Math
0 | 1 | 2 | 3 | 4 | 5 |
Arrogant Brave Brilliant Careful Confident Creative Curious Diligent Focused |
Gifted Humble Imaginative Independent Interested Introverted Lighthearted Motivated Obedient |
Open-minded Organized Passionate Patient Persistent Resourceful Social Teachable Verbal |
Leatham, K., & Hill, D. (2010). Exploring our complex math identities. Mathematics Teaching in the Middle School, 16(4), 224-231.
Arrange these activities in categories related to mathematics. In determining your categories, consider what distinguishes one category from another mathematically (See template below)
Directions: Arrange these activities in categories related to mathematics. In determining your categories, consider what distinguishes one category from another mathematically.
Note: These are sample activities. You may consider removing or replacing anything in the table based on what you have learned about students’ culture, identities, and experiences at home and in their community.
Arranging trophies from tallest to shortest |
Sorting shapes | Cooking with a recipe | Memorizing time tables |
Driving a car | Arguing a case before a jury | Quilting | Playing a video game |
Playing an instrument | Measuring your bedroom | Sending a text message | Solving a logic puzzle |
Reading a book | Reading a map | Keeping a planner | Writing an essay |
Riding a skateboard | Hanging a picture on the wall | Working on an electrical circuit | Paying bills |
Playing the drums |
Leatham, K., & Hill, D. (2010). Exploring our complex math identities. Mathematics Teaching in the Middle School, 16(4), 224-231
Place yourself on these continua according to how you feel about Math (See template below)
Directions: Place yourself on these continua according to how you feel about Math
Enjoyment | Pain |
Not Confident | Confident |
Not Good at Math | Good at Math |
Anxiety | Peace (no anxiety) |
Please share a bit about why you placed yourself where you did.
Leatham, K., & Hill, D. (2010). Exploring our complex math identities. Mathematics Teaching in the Middle School, 16(4), 224-231.