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I created this operations with functions dice practice activity to give my Algebra 2 students some practice with the topic after we completed our operations with functions foldable.

I wanted a way to make practicing this a little more fun because I have to be honest: this isn’t the most exhilarating Algebra 2 topic to teach.

I spotted some foam dice in my room and ended up coming up with this activity.

I wrote up a list of functions that I thought would operate well with one another.

I think I had to end up adding a few more random ones to have enough for all of the students in my class. These ended up being written on colored index cards.

I gave each student a card and asked them to pair up. Each pair also got a foam die and this recording sheet.

Each pair had to decide which function to make f(x) and which function to make g(x). Then, they rolled the foam die to determine which function operation they would have to complete. Let’s just say they got very, very aggravated when they rolled a six!

The blank box to the right of f(x) and g(x) was meant to write the operation they were completing. The large box was meant to show their work. And the small, skinny box was meant to record the final answer.

As students finished a problem, they raised their hands and had them checked/stamped. Once their work was checked, the students traded index cards and found a new partner.

For the record, high school students get super excited about stamps!

If I were to do this again, I would give them more problems to do because some students ended up avoiding multiplication or division.

I would also have them roll a die and evaluate the final function at that value.

## Free Download of Operations with Functions Dice Practice Activity

Operations with Functions Dice Practice Activity (PDF) (902 downloads)

Operations with Functions Dice Practice Activity (Editable Publisher File ZIP) (809 downloads)

## More Activities for Teaching Functions

- Set and Interval Notation Dry Erase Template
- Pinwheels for Peace 2019
- Build a Function Activity
- Domain and Range Challenge Activity
- Sketch a Graph Activity
- Inequality and Interval Notation Chart
- Key Features of Functions Work Mat
- Find the Flubs Activity – Set and Interval Notation
- Domain and Range Restrictions Foldable
- Domain and Range Foldables
- Domain and Range Graphic Organizer DIXI ROYD
- Independent vs Dependent Variables Foldable
- Function Frayer Model
- Function Notation Puzzler
- Evaluating Functions from a Table Notes
- Evaluating Functions from a Graph Notes
- Evaluating Functions from an Equation Notes
- Graphing Functions Using Input/Output Tables Foldable
- Writing Functions Foldable
- Popcorn Graphs Activity
- Graphing Stories Foldable
- Discrete vs Continuous Functions Foldable
- Evaluating Functions Spider Puzzles
- Function vs Not a Function Card Sort Activity
- Function Machines Activity from CPM
- “Win Some Cash!” Task
- Function Activities from CPM Workshop
- Evaluating Functions Puzzle Activity
- Function vs Not a Function Puzzle Activity
- Function Auction Activity
- Evaluating Functions War
- Algebra 2 Graphing Equations Foldable
- Algebra 2 Domain and Range Foldable
- Increasing and Decreasing Intervals Foldable
- Finding the Max or Min of a Graph [TI-84 Instructions]
- Finding Maximums and Minimums Practice Book
- Finding Intercepts with the Calculator Practice Book
- Finding Equations of Inverses Foldable
- Sketching the Inverse of a Graph [TI-84 Steps]
- Two Truths and a Lie: Parent Functions
- Operations with Functions Dice Practice Activity
- Operations with Functions Foldable
- Finding X-intercepts of a Graph [TI-84 Instructions]
- Finding the Y-intercept of a Graph [TI-84 Instructions]
- Drawing Boxes for Domain and Range
- Composition of Functions Foldable
- Sketching Inverses Practice Book
- Graphing and Describing Functions Worksheet
- Parent Functions Card Sort Activity
- Evaluating Functions Notes
- Justifying Function or Not a Function Notes
- Graphing Functions on the Coordinate Plane Graphic Organizer
- Function Machines and Function Notation Foldable
- Function Transformations Foldable
- Relations, Functions, and Dating Advice
- Describing Characteristics of Graphs Foldable
- Interactive Domain and Range Foldable
- DIX ROY Acronym for Domain and Range
- Finding the Inverse of a Function Foldable
- Characteristics of Graphs & Functions Foldable
- Domain and Range Pictionary Activity
- Notation for Domain and Range Foldable

Anonymous

Friday 12th of October 2018

Thank you! I made a doc with the functions you listed (and a few more). I hope the links below work. Print on cardstock, if you like. Thanks for sharing freely, Sarah! https://drive.google.com/open?id=1TJ4IX0hNEWwYYhWBA9RMHWP76CD6c5xb https://drive.google.com/open?id=1hkaEB43k_btPbEaM5g70F2BBxwTkhqftR2aV3SYGWp0

Unknown

Saturday 11th of August 2018

Thanks for the great idea. I can't wait to try it this year with my Alg. 2 classes. Keep the creative juices flowing.

Rachel J

Thursday 16th of March 2017

You are so creative! I love your blog and your ideas for these activities! :)

Sarah Carter (@mathequalslove)

Tuesday 18th of April 2017

Thanks Rachel!

Jacqi Zikmund

Thursday 10th of March 2016

One question I have after looking at your foldable. Don't you have your students put restrictions on the denominators so they don't become undefined?

Sarah Carter (@mathequalslove)

Tuesday 29th of March 2016

Oklahoma doesn't test on domain restrictions, so I haven't taught it in the past. I probably should, though.

Unknown

Sunday 21st of February 2016

What a fantastic activity! You are so creative. Thank you so much for sharing. I really appreciate the inspiration.

Sarah Carter (@mathequalslove)

Monday 22nd of February 2016

Thanks for the sweet comment, Jennifer!