This printable worksheet includes six different shapes: Rectangle, circle, hexagon, rectangular prism, sphere, and triangle. Can they match the shape to its name?

Learn more about shapes by creating a 3-D paper model. This cube cut-out can help your child explore the faces and architecture of a simple shape.

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.

Help your young mathematicians develop an understanding of spheres with this geometry resource. Students will seek to identify and count the three-dimensional shape using pictures of real-life objects.

Spheres are all around us—basketballs, globes, even the planet Earth! Help your students develop an understanding of this 3-D shape by identifying spheres in pictures and in real life.

Spheres are all around! Use this exercise with your students to practice recognizing the characteristics of a sphere and finding real-life examples of the three-dimensional shape in a variety of settings.

What’s happening on the farm? Your little ones will have lots of fun trying to identify and color all the 3-D shapes in the picture. How many different shapes can you find?

Spheres are all around us—from home to school and in between! Have your students search for real-life spheres around them with this fun geometry activity that will deepen their understanding of this ubiquitous shape.

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.

So many shapes! In this fun shape-filled worksheet, kindergarten students will get to practice identifying rectangular prisms among various 2-D and 3-D shapes. Can your little ones find all 10 rectangular prisms hidden in the picture?

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.

Use this geometry exercise with your third graders to practice recognizing the characteristics of a cylinder and finding real-life examples of the three-dimensional shape. For an added challenge, see just how many different shapes your students can name!

Challenge your kindergarteners with some shape matching fun in this geometry worksheet! Students will get to practice identifying 3-D shapes such as rectangular prisms, cubes, spheres, and cones. Then they get to color in the shapes when they've finished!

Prisms, cubes, cones...oh my! Your students have 2-D shapes down, but how are they coming along in their mastery of 3-D shapes? Use this colorful activity to assess your first graders’ abilities to recognize and differentiate between 3-D 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.

Kindergartners will love hunting for three-dimensional shapes with this engaging geometry worksheet!

Give young learners practice recognizing three-dimensional shapes with this geometry worksheet! 

Children make real-world connections to geometry concepts with this 3D shape scavenger hunt activity!

Use this rectangular prism cut-out to help your child learn more complex geometric shapes, or practice finding the surface area or volume of an object.

This tangram-inspired activity is a great way to help introduce young ones to geometric shapes!

Looking for a paper puzzle to challenge your chld's folding skills? When he finishes this printable he will have a paper hat that's ready to put on!

A cylinder is a 3-D shape that appears in many everyday things. Help your child learn about cylinders by identifying the shape in her surroundings.

To get a better handle on 3-D shapes, ask your kid to match them up to real world objects.