It’s time to flex your math muscles with this great geometry activity! Use this resource with your students as they practice identifying and counting angles in different two-dimensional shapes.

In this 3rd grade geometry worksheet, your child will practice identifying parallelograms among other shapes and will color them in to find a hidden word.

In this third grade geometry worksheet, your child will practice identifying right, acute, and obtuse angles.

Learn to multiply single-digit numbers using area models in this colorful worksheet!

In this 3rd grade geometry worksheet, your child will practice identifying hexagons as he colors in all the hexagons on the page.

In this 3rd grade geometry worksheet, your child will practice identifying octagons as he colors in all the octagons on the page.

In this 3rd grade geometry worksheet, your child will practice identifying trapezoids among other shapes and will color them in to find a hidden word.

Students will use what they know about area to multiply two-digit factors.

This colorful worksheet asks your fourth grade geometry detective to practice identifying right triangles.

What is the name of this shape? Is it a parallelogram or square? Teach your students to classify two-dimensional shapes using a Venn diagram.

With this worksheet, your students will take their learning of centimeter cubes to a 2-D rendering of their work. Students will count the centimeter blocks to determine the volume of the solid object.

In this 3rd grade geometry worksheet, your child will practice identifying this five-sided polygon as he colors in all the pentagons on the page.

Practice identifying parallel and perpendicular lines in the context of 2D shapes with this fourth-grade geometry worksheet!

On this geometry worksheet, your third-grader will look at the different triangles and label them as equilateral, isosceles, or scalene

What makes a trapezoid unique? How is it different from a hexagon or a pentagon? Use this resource with your students to practice identifying the characteristics of a trapezoid and comparing them to other 2-D shapes.

What makes a hexagon a hexagon? How is it different from other polygons? This handy geometry resource with help your students to practice identifying the characteristics of a hexagon and comparing them to other two-dimensional shapes.

Is your fourth grader reluctant to practice geometry? This colorful worksheet, which explores obtuse triangles, may be just what he needs!

Take your knowledge of parallel and perpendicular lines to the next level with this geometry worksheet!

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.

On this worksheet, your child will learn to name polygons and identify them in the world around him.

Can your students differentiate between a pentagon and a hexagon or circle? Can they explain what makes these shapes unique? This resource will give your students practice identifying the characteristics of a pentagon and comparing it to other 2-D shapes.

Take to the seas for your child's next geometry lesson with this fun math sheet that's all about angles.

Let your fourth grader play triangle detective: can she spot the acute triangles on this worksheet?

In this geometry worksheet, children learn to calculate area two ways!

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

Help your students visualize rectangular prisms with this exercise. Students will practice modeling rectangular prisms and calculating the volume of each shape using the formula.

This ski-themed worksheet challenges your fifth grader to use his geometry and division skills to find the total length of the ski trail diagram.

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

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

Robotics requires math. All these robots need is for you to calculate the area of their square bodies.