All Learners Network Blog

Why Games Matter for Multiplication and Fractional Reasoning

Written by Chris Singleton | Nov 13, 2026

Imagine two students playing a fraction game with cards. They are laughing, quietly engaging in conversation about which model shows a greater fraction.  They are quietly working through magnitude of number. Nobody handed them a worksheet. Yet they are deep in some of the most important mathematics of the elementary years.

That is the power of game play. Here is why games deserve a regular place in your math classroom, and how they can build both multiplicative and fractional reasoning.

Why Games

Games offer great value in building conceptual understanding while also offering: relaxed curiosity, engagement, strategy development, and SEL reinforcement. When students are relaxed, they take risks. When they are engaged, they play again and again. And when the rules invite choices, students start to build strategies and talk about them, all while practicing taking turns, handling wins and losses, and working with a partner.

The Math Content Within the Games

Multiplication and Division

Several big idea skills and concepts can be reinforced through multiplication and division game play:

  • Unitizing: seeing a group as one unit.
  • Building computational fluency
    • Composing and decomposing: breaking numbers apart and putting them back together.
    • The distributive property and other properties of multiplication and division

Multiplication Games to Try:

Loop It and Group It

Loop It and Group It (Español)

Focus: multiplying two one-digit numbers.

 

Two players roll two dice. Each student chooses which number is the number of loops (groups) and which is the number of objects in each group, builds or draws the model, and finds the product. After five turns each, players add their products, and the largest sum wins. The choice is the heart of the game: students must think about which arrangement is the better one.

Area Cover Up

Area Cover Up (Español)

Focus: area and multiplying dimensions on a 10 × 10 grid.

Players take turns rolling two dice to make a multiplication expression. They draw the area of their multiplication expression on a 10 x 10 grid paper. Taking turns rolling the dice and drawing the area, the goal of the game is to cover the entire 10 x 10 grid.

Multiplication Twins

Focus: connecting multiplication models, expressions, and products

Players have a choice between 4 decks of multiplication cards allowing teachers/students to “target” certain math facts. Players take turns choosing new cards (either from the deck or from their opponent) to find “multiplication twins,” cards that are equivalent to each other.

Fractions

Fractions are important standards in third and fourth grade, yet they do not appear on the High Leverage Concepts until fifth grade. Why? Because the earlier years are about building the foundation around magnitude of number, equipartitioning, and equivalence. Students need access to the different model types to make connections between representations. Each model shares some attributes with the others and differs in others, so students need many chances to compare them. Games provide these opportunities.

Fraction Games to Try:

Trash Can – Fractions

Trash Can - Fractions (Español)

Focus: comparing fractions with different numerators and denominators, and recognizing that comparisons are valid only when both fractions refer to the same whole. This prepares students for the Grade 5 HLC of adding, subtracting, multiplying, and dividing with fractions.

Players roll a die and each privately decides whether the digit becomes the numerator, the denominator, or goes into one of two trash cans. Once placed, a digit cannot move. After four rolls, players compare their fractions, then record a representation and a comparison statement. For example, you might see students writing and explaining why.

Fractions Go Fish

Fractions Go Fish (Español)

Focus: recognizing equivalent fractions and finding matching fraction models.

Players choose the appropriate deck of fraction cards based on readiness. Five cards are dealt to each player. Players take turns playing, “Go Fish” asking for equivalent fractions. Example: "Do you have a fraction that is equivalent to one half?" Play continues until the cards run out and all cards have been matched.

Race to One

Race to One (Español)

Focus: counting by tenths and hundredths to reach 1.00.

On each turn, a player rolls a die and decides whether that number represents tenths or hundredths, then moves a chip that far along the board and records the result. If a player cannot complete the count, the turn is lost. For instance, a player on 0.98 who rolls a 5 loses the turn. This game is based on Get to One or One-Tenth from Well Played (3-6) by Linda Dacey, Karen Gartland & Jayne Bamford Lynch.

Making Games Accessible to Every Learner

The best games are those that involve some level of luck along with strategy. These are often the most engaging games but also the games that push students to move their understanding forward.

  • Offer levels. Level 1 can be played directly with manipulatives. Students level up when they are ready, and they can invent their own levels.
  • Rethink recording sheets. Use generic sheets, let students create their own, offer dry erase options in page protectors, or consider whether a sheet is needed at all.
  • Change the numbers. Adjust the size or complexity with cards, dice, or spinners. Try a 1-6 die before a 0-9 die, or a 12-sided die for an extension.
  • Change the game. Modify elements or rules to keep it interesting, such as playing cooperatively or playing for the smallest sum.
  • Add concrete tools. For decimals, base ten blocks (flat = one, long = tenths, unit = hundredths) make the quantities visible.

Questions to Think About as you Choose Games

  • What math content is each game really focused on, and what foundational understanding does it build?
  • How could you change each game based on the needs of your students, such as the magnitude of the numbers, the models or manipulatives, and the dice or cards?

Questions to Ask as your Students Play Games

  • What do you hope to roll/choose for a card/etc?
  • What choice could you have made?
  • Is there a move that you wish you could take back? What would you do now?
  • How could you show that with counters or a drawing?
  • Is your model the same as your partner’s? How is it different?
  • How do you know that you have the greatest number?
  • Is there another way to figure that out?
  • What did you notice about the game after playing a few rounds?
  • Has your strategy changed?

The Takeaway

Games are not a reward for finishing the “real” math. They are a place where students make choices, test strategies, compare representations, and talk about their thinking. Pick one game this week, watch and listen to your students, and notice what they reveal about their reasoning.



What Now? 

  1. Math Games as a Tool for Learning — Games are more than a reward for early finishers. This post explains how they build understanding and math talk for every student. Read it to see why games belong in your math block.

  2. Teaching Math For All Learners — This free book from six ALN educators shares the lesson structure and Math Menu approach where games fit. Download it to see how the pieces work together.

  3. Starting the Year with Math Menu — This post lays out a 6-week rollout for introducing game choice, partners, and independent work. Read it to build routines that free you up for small groups.

  4. Bring All Learners Network to Your School or District — Want to bring purposeful math games and Math Menu into every classroom in your building? Book a call with our team to talk through what embedded professional development could look like for your school or district.

All Learners Network is committed to supporting pedagogy so that all students can access quality math instruction. We do this through our online platform, free resources, events, and embedded professional development. Learn more about how we work with schools and districts here.