To understand the different kinds of factorization.
Printed out expressions and factors for your group
Form a group of either $11$11 or $21$21. If you have too many people make as many pairs as needed to make either $11$11 or $21$21 teams.
Print out the expressions and the factors list that corresponds to the size group you have.
Cut out the expressions and factors and separate the two.
First place the cut out expressions into the bag and take turns picking out an expression.
When there are no more expressions left in the bag refill the bag with the cut out factors. The remaining group members should each choose a factor from the bag.
Once you have chosen your factor or expression use your markers to write it largely on a piece of paper.
Wander around the room and determine who are the other factors associated with your expression and what the expression is.
Form a group with the expression and its factors.
If you are working with a group of $11$11 students you may want to try the game more than once. There is a secondary list that can be used for this size group for more practice right below the original list. Print this out and replay the game for more practice.
How many factors did the expression you were associated with have?
What kind of factoring was used to factor your expression? Select all that may apply.
Highest Common Factor
Difference of Two Squares
Grouping in Pairs
Monic Quadratic Trinomial
Compare with a friend! What did type of factoring was used on their group’s expression? Compare and contrast the type of factoring used on their expression to the type of factoring used on your expression.
Was there another expression that had a factor in common with your groups expression?
If your answer was yes, add the two expressions together and then factor the result. What do you get?
Expressions and Factors
Group of 11
Group of 11 Additional Practice
Group of 21
Form and solve linear equations and inequations, quadratic and simple exponential equations, and simultaneous equations with two unknowns