Centimeter cubes have gone wild with these irregular shapes! Students will be challenged to calculate the volume of different shapes by counting the cubes.

This worksheet provides support solving volume equations.

Get more practice calculating the volume of cylinders, cones, and spheres with this eighth-grade geometry worksheet!

This worksheet will challenge students’ understanding of volume and the equation l x w x h = V. Then, once they solve the equation have them draw the 3-D objects. The objects will all be rectangular prisms.

Assess your students’ knowledge of fifth grade data and measurement concepts.

Keep practicing calculating the volume of cylinders, cones, and spheres with this eighth-grade geometry worksheet!

In this activity, compare the volume of the container with the volume of its contents to calculate how much each can hold.

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.

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

Learners will find the volume of different rectangular prisms by counting up how many cubic units were used to make each figure.

This printable offers a meaningful way to help students conceptualize the relationship between the volume of a rectangular prism and its side lengths.

Designed for eighth-grade, this geometry worksheet walks students through the process of finding the volume of spheres.

Geared toward eighth graders, this two-page geometry worksheet will help students gain practice finding the volume of cones!

In this geometry worksheet for eighth graders, students review an example problem and then practice finding the volume of a variety of cylinders.

Get practice calculating the volume of cylinders, cones, and spheres with this eighth-grade geometry worksheet!

This one-page geometry handout offers students a helpful guide to finding the volume of cylinders, cones, and spheres!