Math Education

Upbeat, fun music will help kids learn subtraction facts for 10.

Upbeat, fun music will help kids learn subtraction facts for 1, 2, 3, 4, and 5.

Upbeat, fun music will help kids learn subtraction facts for 6 and 7.

Upbeat, fun music will help kids learn addition facts.

Upbeat, fun music will help kids learn addition facts for 4.

Upbeat, fun music will help kids learn addition facts for 3.

Upbeat, fun music will help kids learn subtraction facts for 0.

Must-Have Advice on Running Effective and Organized Meetings Easy, accessible, and to the point. Robert's Rules of Order gives you everything you need to know to conduct shorter, fairer, and more orderly meetings. In this new and improved update, you'll find: -The fundamentals of parliamentary...

Nicole M. Joseph investigates factors that contribute to the glaring underrepresentation of Black female students in mathematics. Joseph's account calls attention to educational structures and practices that contribute to race- and gender-based stratification in science, technology, engineering, and mathematics. In her assessment of the intersectional difficulties facing this marginalized group, Joseph offers a critical view of the existing mathematics education research, practice, and policies that have neglected Black girls and women; and then provides suggestions for reform.

Upbeat, fun music will help kids learn division facts.

Take your poker game to the next level with Poker Math! Are you new to poker? Have you been playing for a while? No matter if you're a beginner or if you've been at the tables for months now, you can take your game to the next level with poker math. It's not as difficult it seems. Once you learn these simple calculations, you'll be ready to dominate the competition and pile up more money. Using easy to understand language, this book is straightforward and to the point. No fluff, just pure poker knowledge.

We can learn many things from models. Scientists use models to test their ideas. Listeners will learn about the importance of making predictions, testing ideas, collecting data, and more.

Have you ever wondered what a fraction or percentage means and how they are related? Basic principles of fractions, decimals, and percentages and how to apply them to other forms of mathematics are explained through informative and engaging content in this new addition to the How Do series. The How Do series is a great introduction to various STEM topics, each presented in a format that encourages audiences to ask questions and guess the answers before exploring the science behind them.

Upbeat, fun music will help kids learn addition facts for 2.

Learning doesn’t need to be boring, so we took the boring out and threw the fun in it! Learn multiplication the fun way with Math Funland with Multiplication: Level 3, where you will learn multiplication tables eight to 12! And if you want to practice more multiplication facts, check out Math Funland with Multiplication: Level 1 and Math Funland with Multiplication: Level 2!

Have you ever wondered about all the shapes it takes to design and build structures like buildings or bridges? Different shapes like squares, triangle and rectangles are used in construction, but which shape forms the strongest? Follow the activity using straws and string to find out which shape is the strongest, sturdiest construction?

The numbers on the clock are tired of counting time. They want to have an adventure! They meet new friends as they explore the house. Together, they spend the night together having fun and doing math! Will they ever return to their clock and start counting time again?

Go on an adventure with Polly as she learns how to use special names to categorize shapes! Any closed, flat shape with at least three straight sides is called a polygon. Did you know a quadrilateral—or a shape with four straight sides—can have several names? You can call one a parallelogram, a rhombus, a trapezoid, or even a square! What shapes can you recognize?

Join us as we go on a journey into the world of symmetry! Learn about the wonders of line symmetry—or reflection—as you create mirror images and watch how rotational symmetry works in this brief peek into this area of geometry.

Probability and odds are calculated by counting all the times something might happen and then how many times one particular outcome does happen.