Content Showcase: Newest Resources

In this set of flash cards, find the missing addend. The sums are up to 10.

To see the complete collection of Quizlet flash cards, click on this link.

In this set of flash cards, find the missing addend. The sums are up to 10.

To see the complete collection of Quizlet flash cards, click on this link.

In this set of flash cards, find the missing addend. The sums are up to 10.

To see the complete collection of Quizlet flash cards, click on this link.

In this set of flash cards, add two numbers. The sums are up to 10.

To see the complete collection of Quizlet flash cards, click on this link.

Use this math game to review sums to 10. Pop the balloons that have addends that add up to the sum shown at the top of the screen and earn five points. Pop any other balloons and lose 2 points. Balloons stay onscreen for 15 seconds.

In this set of flash cards, find the missing addend. The sums are up to 20.

To see the complete collection of Quizlet flash cards, click on this link.

In this set of flash cards, find the missing addend. The sums are up to 20.

To see the complete collection of Quizlet flash cards, click on this link.

Use this math game to review sums to 20. Pop the balloons that have addends that add up to the sum shown at the top of the screen. Pop any other balloons and lose 2 points. Balloons stay onscreen for 15 seconds.

In this set of flash cards, find the missing addend. The sums are up to 20.

To see the complete collection of Quizlet flash cards, click on this link.

In this set of flash cards, find the sum for each pair of addends shown. The sums are up to 20.

To see the complete collection of Quizlet flash cards, click on this link.

This is a continuation of our exploration of the Fibonacci Sequence. In this lesson we look at the sequence as a logarithmic spiral.

Learn different strategies for finding the slope of a line. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

The Bank of China building in Hong Kong is a dramatic example of triangular support. The notion of triangular trusses is introduced, along with the key concepts developed in the rest of the program.

Learn different strategies for finding the number that is a given percentage of another number. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

Learn different strategies for finding the percent one number is of another. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

Learn different strategies for finding the percent of a number. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

Learn different strategies for adding fractions. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem. The goal of the Strategy Packs is to encourage your students to think strategically when solving math problems.

Learn different strategies for comparing fractions. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

Learn different strategies for solving one-step multiplication equations. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

Learn different strategies for solving one-step addition equations. The Strategy Packs provide alternate ways of solving the same problem, giving your students different approaches to the same problem.

In this instructional resource, we show the steps in constructing an egg shape. In the process, students learn about using common points of tangency to create smooth curves from two different shapes. This activity can be done with pencil, compass, ruler, and grid paper. 

This is a continuation of our exploration of the Fibonacci Sequence. In this lesson we look at the sequence as an example of a recursive function.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

In this Easter Egg hunt, students find the multiples of a given number from a group of eggs with numbers on them.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

In this Easter Egg hunt, students find the factors of a given number from a group of eggs with numbers on them.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Easter themed.

December 2022. In this issue of Math in the News we look at box office data for he new Avatar sequel. Will it have the same success?

This is part of a series of math clip art images that show show different polar coordinate graphs of cardioid graphs.

This is part of a series of math clip art images that show show different polar coordinate graphs of cardioid graphs.

This is part of a series of math clip art images that show show different polar coordinate graphs of cardioid graphs.

This is part of a series of math clip art images that show show different polar coordinate graphs of cardioid graphs.

This is part of a series of math clip art images that show show different polar coordinate graphs of cardioid graphs.

In this instructional resource, we explore cardioid graph. This activity includes a Desmos graphing calculator window to explore the graph of a cardioid. The goal is to orient the cardioid shape to look like a heart shape in its proper orientation. 

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

Toss an elf to hit the Christmas hat by finding the correct angle. This game connects projectile motion with geometry.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Christmas themed.

Find the factors of the numbers in the Christmas wreath. The possible factors are on the ornaments in the tree. Click on the right factor and earn 5 points. Click on the wrong number and lose two points. Practice your factoring skills and have fun!

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is St. Patrick's Day themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Christmas themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Christmas themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Christmas themed.

This is part of a series of whack-a-mole style math games that focus on divisibility rules. This set of games is Christmas themed.