Volume Worksheets

These basic volume worksheets will teach students about the concept of volume as "square units." On these worksheets and task cards, students count or estimate the number of square units (blocks) shown.

On this page you'll find worksheets on calculating the volume of rectangular prisms. Includes basic, intermediate, and advanced level worksheets.

The figures in these worksheets have composite shapes made up of 2 or more rectangular prisms combined. This skill is sometimes called additive volume.

Calculate the volumes of the cylinders. This page includes basic and advanced-level worksheets, as well as task cards. Try a free volume worksheet today!

These printable free worksheets are designed to help you teach students to figure out the volumes of cones.

Use these printable activities to teach students to use a formula to determine the volumes of spheres.

Teach students to calculate area of rectangles, circles, trapezoids, parallelograms, as well as irregular rectilinear polygons.

Calculate the perimeter of polygons by adding the lengths of the sides.

Learn about lines, segments, rays, points, coordinate planes, polygons, circles, and countless other geometry concepts.

The concept of volume is a key topic in elementary and middle school math, typically introduced in upper elementary grades and explored in greater depth during middle school. Volume refers to the amount of space an object occupies, and students begin learning about this concept by measuring the volume of simple 3D shapes like cubes, rectangular prisms, and cylinders. In elementary school, students are taught the basic formula for volume (length × width × height) and practice calculating the volume of objects through hands-on activities, such as filling containers with water or cubes to better understand how volume is measured in cubic units.

Classroom methods for teaching volume often include visual aids, manipulatives, and interactive exercises. Super Teacher Worksheets provides free worksheets and material for all of these strategies. Teachers might use 3D models, building blocks, or digital tools that allow students to construct shapes and see how volume changes as dimensions change. Real-world applications of volume are introduced through activities like measuring the capacity of containers, figuring out how much water a swimming pool can hold, or determining how much space different packages occupy. In middle school, students expand their knowledge of volume by calculating the volume of more complex shapes, using formulas for spheres, cones, and pyramids. Engaging students in group work, real-life word problems, and experiments makes the concept of volume more concrete and relatable.

Understanding the core concepts of volume is important because it helps students develop spatial reasoning and problem-solving skills. Volume plays a significant role in everyday life and various careers, from architecture and engineering to cooking and packaging. By grasping how volume works, students can better understand how to make decisions about quantities and dimensions in practical situations. Learning about volume also strengthens students' overall mathematical understanding and prepares them for more advanced topics in geometry, algebra, and physics.