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

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?

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

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

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

Perfect your perimeter proficiency in this third-grade worksheet!

If your fourth grader is stumped on the difference between parallel and perpendicular lines, this is the worksheet for him.

Use this year-end assessment to check students’ grasp of key fourth grade geometry concepts.

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 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.

Challenge your students to identify cones and categorize objects with this geometry resource! This exercise will give your third graders practice recognizing the characteristics of a cone and finding real-life examples of the three-dimensional shape.

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!

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.

Children must decide each of six shapes is symmetrical or asymmetrical in this hands-on worksheet.

Pore over perimeter in this worksheet for third-grade students!

Help your child practice identifying equilateral triangles on this geometry worksheet.

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

Learn some basic geometry with this worksheet all about the angle.

Chances are your child already knows a few geometry terms. Give him an introduction to the mathematical aspects of shape recognition with this worksheet.

Fourth graders learn the difference between parallel and perpendicular lines by drawing them in this math worksheet.

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

Challenge your third grader to identify acute, right, and obtuse angles with this geometry worksheet.

Kids completing this third grade math worksheet learn the attributes of solid geometric figures, then identify the figures among common lunch objects.

This cute piggy picture needs to be completed, and it's up to your child to use math to finish it.

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

This resource will help assess your students' mastery of concepts surrounding measurement and time. This worksheet will challenge your third graders with problems on area, perimeter, measurement, and elapsed time problems.

Practice perimeter problem solving with this third-grade worksheet!

In this fourth grade geometry worksheet, your child will learn how to calculate the area of an octagon by breaking it down into simpler shapes first.

In this 3rd grade geometry worksheet, your child will complete each polygon using a ruler, then identify what type of polygon it is.