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Learners will find the volume of different rectangular prisms by counting up how many cubic units were used to make each figure.

Have your students practice adding areas with rectangles with an interactive game!

With this drawing worksheet, your child will have fun learning about the identifying features of polygons.

What do reading and math have in common? It takes geometry to find the area of the surface of a book, magazine or notebook!

Centimeter cubes have gone wild with these irregular shapes! Students will be challenged to calculate the volume of different shapes by counting the cubes.

Use this resource with your students to have them analyze mathematical statements about polygons. They will decide if they are always, sometimes, or never true.

Have your fourth grader stretch his math knowledge with a geometry worksheet. He'll calculate the perimeter of a rectangle, then draw two similar shapes.

Have a little fun with graphing practice in the big city! Math students will love plotting points on this coordinate grid as they see a mystery picture emerge.

This Monster Glyph will get your child giggling during the scariest time of the year! This worksheet will have your learner thinking about geometry, math facts, and their personal preferences while creating a unique monster!

This worksheet will challenge students’ understanding of volume and the equation l x w x h = V. Then, once they solve the equation have them draw the 3-D objects. The objects will all be rectangular prisms.

Have you ever shaken a present and tried to guess what might be inside? With this worksheet your students will calculate the volume of Christmas presents to make logical guesses as to what might fit inside the box.

A key characteristic of trapezoids is that they have a set of parallel lines—lines that never intersect. Use this helpful geometry resource with your students to practice identifying parallel lines in trapezoids and comparing different 2-D shapes.

Help your fourth graders take their understanding of angles and lines to the next level with this creative geometry challenge! Students will have fun drawing various types of shapes based on written descriptions and your students' knowledge of angles.

Your students will have a blast as they use perimeter in a real-world scenario to plan their very own carnivals in the school gym. Students will choose their activities and use their calculated dimensions to map our their carnival on the provided graph.

Count Calloway is having trouble with his dungeon remodel, and he desperately needs some help from a measuring master.

Calculate the volume of each object using the base and height.

Find the volume for each of five word problems.

This worksheet helps kids understand the difference between parallel and perpendicular lines.

Filled with questions on lines and polygons, this practice quiz makes a great review sheet or study guide for an upcoming test.

Learn about rotational symmetry with an exercise that's simple and easy to understand.

Help your child with his geometry skills with this printable worksheet, which is all about symmetry.

Need a way to practice your kid's knowledge of shapes and units of measurement? This printable will get them laughing as they show off how much they know.

To complete this worksheet, your child will use basic algebraic equations to find the missing width measurement of each rectangle.

Identify angles in real-world examples and sort them based on their characteristics.

Use this resource with your students to celebrate March Madness as they find the area of different sized basketball courts.

In this baseball-themed activity, students will calculate angle differences and sums written in angle notation.

Use this worksheet to help students describe and create trapezoid patterns.

Brush up on the different types of polygons and what makes them unique!

This introductory worksheet provides some support when calculating the volume of rectangular prisms.

How are cubes related to exponents? This worksheet helps students to explore this topic by explaining that when you “cube” a number you are multiplying it by itself two times.