Use this resource to help your students develop their understanding of trapezoids and other two-dimensional shapes. Students will compare the attributes of trapezoids to those of other plane figures, such as triangles and ovals, in this geometry activity.

Sometimes the best way to learn 3-D shapes is a hands-on approach. Practice drawing cubes with this fun tutorial about drawing in 3-D.

Use this glossary with the EL Support Lesson Plan: 3-D Scavenger Hunt!

This worksheet will introduce your child to the three types of triangles: the equilateral triangle, the isosceles triangle and the scalene triangle.

What makes a sphere unique compared to other shapes? Does it share any similarities? Use this resource with your young mathematicians to practice identifying the characteristics of this three-dimensional shape and comparing it to other shapes.

Use these vocabulary cards with the EL Support Lesson Plan: 3-D Scavenger Hunt!

Kids learn about symmetry in this fun 2nd grade geometry worksheet by drawing the other half of each picture to make a symmetrical shape.

Practice identifying and writing the names of 2-D and 3-D shapes with this geometry worksheet! 

Need a refresher course on 3-d shapes? Kids finish the table by labeling or drawing each shape, then write how many faces, sides, and vertices each one has.

What makes a cylinder a cylinder? How does it compare to a cube or cone? Use this great geometry resource with your students to practice identifying the characteristics of a cylinder and comparing them to other three-dimensional shapes.

What makes a cone different from a cylinder or a cube? Use this helpful resource with your students to take their geometry skills to the next level as they practice identifying the characteristics of a cone and comparing them to other 3-D shapes.

Take a closer look at 3-D shapes with this fun worksheet that challenges kids to find 2-D shapes within 3-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.

Build complex structures out of common three-dimensional shapes in this hands-on worksheet!

Dissect three-dimensional shapes in this colorful first- and second-grade geometry worksheet!

Match the two-dimensional net to the three-dimensional shape in this engaging geometry worksheet!

These cookies have been partially eaten! Can your child tell what fraction of each cookie is left?

Steering a boat is harder than it looks! Can your child use their angle and geometry knowledge to steer this ship in the right direction?

Here's an interesting paper project for young mathematicians: creating a 3-D paper cone.

Help your third-grader learn how to draw a three-dimensional box with this fun worksheet.

Give your students an opportunity to practice identifying and differentiating pentagons from other 2-D shapes with this fun geometry activity.

Create your own 3-D hexagonal prism with this printout. This is a great hands-on approach to beginning geometry.

This 2nd grade geometry worksheet helps kids grasp the concept of symmetry by asking them to complete the other half of a symmetrical shape.

Learn more about geometry by creating a 3-D triangular pyramid! Color, cut, fold and glue together the flaps to create a triangular pyramid.

Review second grade geometry concepts from two- and three-dimensional shapes to symmetry with this helpful shape study guide.

Investigate how rectangles can be partitioned into rows and columns with this geometry worksheet!

Look closely and you will find… rectangular prisms! Help students recognize this 3-D shape while examining a kitchen scene.

Introduce your child to reflection in geometry with this second grade math worksheet. Your child will find the pictures that are mirror images of each other.

Put your knowledge about 3-D shapes into practice with this fun drawing lesson to teach you how to draw a pyramid.

This fun geometry activity challenges your students to identify, color, and count all the trapezoids and other quadrilaterals hidden amongst a variety of two-dimensional shapes.