For many people, the mention of math manipulatives calls to mind using marbles for counting or craft sticks tied in bundles of 10 to illustrate place value. Once such elementary concepts have been learned, the role of hands-on math tools may be less clear.

Educators have discovered, however, proper use of manipulatives helps students of all ages to learn new concepts and deepen understanding. Using manipulatives effectively also increases the retention of mastered concepts.

The most effective math manipulatives are visually simple and consistently used throughout a curriculum. (Visual detail, such as that found on play money or cartoon characters, can easily distract students.) The manipulatives that are most helpful to students have been carefully designed to bridge the gap between concrete and abstract concepts.

Math Manipulatives for Everyone

Here are some of the advanced math concepts that can be demonstrated with appropriate manipulatives:

Operations with fractions
• Operations with decimals
• Area, volume, and surface area
• Operations with negative and positive numbers
• Exponents
• Square roots
• Place value in algebraic equations
• Ratios
• Algebraic properties
• Polynomial factoring
• Operations with polynomials
• Solving equations

Even adults who have taken advanced math courses can be astonished to see algebra concepts so clearly represented with place-value blocks or algebra tiles. For example, we may know that x2 = x ⋅ x, but can we visualize it? Do we truly understand what x2 + 5x + 6 actually represents?

As a homeschooling family begins to incorporate manipulatives into an older student’s math experience, the parents’ involvement and positive attitude are crucial to success. Some specific considerations and tips are outlined below.

4 Math Manipulatives Tips for Parents

1) Model With Your Student

Suspend your disbelief and enter into the process. You will be delighted to see that as your learning increases, your student’s understanding increases also.

2) Use What You Need

Utilize the manipulatives to fully understand a new concept. Practice with the concept, using the manipulatives, until the student can demonstrate the concept without the manipulatives.

3) Demonstrate Mastery

Have students demonstrate mastery of a lesson’s concepts and skills by using manipulatives Doing so not only demonstrates for you the student’s understanding of the concept, but integrates that understanding more fully for the student themself.

4) Represent Abstract Ideas

In the Demme Learning Digital Toolbox, you’ll find an additional resource called the Virtual Manipulatives. While these are not a replacement for the physical manipulatives, they provide a helpful on-screen option for students to visualize and model math concepts, especially when learning independently or on the go. With our Early Access experience on our new platform, these same tools are now available in a refreshed layout that improves usability across devices. Whether used for review, reinforcement, or to support a visual learning preference, the Virtual Manipulatives help students make sense of abstract ideas in a more concrete way.

Further Reading

David T. Willingham wrote a fascinating article for American Educator titled “Do Manipulatives Help Students Learn?” in 2017.

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