Virtual Manipulatives For Math Teacher Free

Digital Math manipulatives

for a new generation

Boost conceptual understanding with Oryx Learning's Virtual Math Manipulatives

Oryx Learning's math manipulatives are designed by professional educators for modern learners. These virtual math manipulatives resemble physical manipulatives but offer more flexibility and convenience to teachers and students

Algebra Tiles

Use Virtual Algebra Tiles to bring Equations and Polynomials to life and gain conceptual understanding in Algebra.

Base Ten Blocks

Our virtual Base 10 Blocks make it simple to manipulate whole numbers visually, reinforcing place value concepts.

Clock

Interactive virtual clocks let students manipulate time hands, making the process of learning time engaging and effective.

Color Tiles

Interactive virtual color tiles make learning fractions, area, and patterns fun and visual for students.

Cuisenaire rods

Virtual Cuisenaire Rods provide a hands-on experience in visualization of addition, subtraction, measurement, and more.

Data and Graphs

Engage students with interactive virtual data and graphs to teach data analysis and critical thinking.

Fraction Circles

Students manipulate virtual fraction circles to explore equivalencies, addition,subtraction, and more.

Fraction Models

Students can interact with virtual models of fractions to make part-whole relationships concrete and gain a deep understanding of fractions.

Fraction Tiles

Students can use these interactive fraction-tile manipulatives to find equivalent fractions, compare sizes and to solve various problems.

GeoBoard

Students can create shapes, investigate angles, and learn about a range of geometric concepts visually on an interactive virtual geoboard.

Graphing Tool

Our graphing tool allows students to visualize functions, data, and graphing concepts.

Integer Chips

Interactive virtual integer chips give students a visual means to explore positive, negative, and zero integers, increasing the level of retention.

Interactive Hundreds Chart

Students use our interactive hundred chart to develop skills in skip counting, place value patterns, and mental math.

Linking Cubes

Virtual linking cubes allow students to model real-world mathematics problems, encouraging problem solving and spatial reasoning.

Money

Interactive virtual money allows students to practice counting coins and bills, solve real-world problems, and grow their confidence.

Number Lines

Engage students with our virtual 100's chart, fostering skip counting, place value understanding, and mental math mastery.

Pie Chart

Create and analyse data visually through part-to-whole relationships with interactive Pie Charts.

Pattern Blocks

Students can use this manipulative to explore geometry, symmetry, and fractions by creating designs with interactive shapes.

Rekenreks

Use our virtual rekenrek to explore number relationships and developing counting proficiency to solve problems.

Value Disks

Help students work with whole numbers and decimals, enabling retention of important Place Value concepts.

Division Counters

Students can manipulate virtual counters to solve problems visually, develop strategies, and build confidence in division methods.

Find Lowest Common Multiple using Division Method

Break down the Division Method for LCM, to visualise prime factorisation and find the least common multiple.

Permutations

With this interactive manipulative, get your students to visualize arrangements and calculate possibilities for any situation.

Protractor

Our online protractor manipulative let’s students virtually measure angles with accuracy, right in their web browser.

Prime Factorization using Division Method

Explore prime factorization with this interactive manipulative. Visually decompose numbers into their prime factors step by step.

Money USD --- $1 --- $5 --- $10

Teach students to use USD currency with this interactive virtual manipulative featuring real-world US Dollars.

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Help your students foster a deeper understanding of Math

By experimenting with manipulatives, students can discover solutions on their own and see why certain approaches work or don't. This fosters critical thinking and problem-solving skills.