The volume and surface area worksheets on this page start with requiring students to calculate area and perimeter of basic solids such as cubes, prisms, cones and spheres. Additional worksheets with compound shapes require students to calculate missing dimensions and use problem solving skills and strategies to calculate volume and surface area.
All of these worksheets include answer keys that break down the strategies used to solve the volume and surface area problems. In cases where multiple steps are required, each individual volume or surface area calculation is shown as well as how it is added or subtracted to get the final surface area and volume values for the answer.
The worksheets on this page require students to calculate volume and surface area for solid shapes that composed from multiple extrusions or primitives. In some cases, the student is asked to calculate the perimeter of a 2D shape so that they can use the value to calculate the surface area of the extruded dimension. In other cases, the shapes are structured from subtracted solids, so the student will need to calculate a larger volume and then subtract the removed volume to arrive at the correct volume measurement.
Surface area of solids is calculated by adding up the surface area of the solid's individual surfaces. Here's a summary of the basic surface area formulas for primitive solids...
Shape | Formula |
---|---|
Area of Cube | $${A}_{\mathrm{cube}}=6{x}^{2}$$ |
Area of Right Rectangular Prism | $${A}_{\mathrm{prism}}=2l\mathrm{w}+2lh+2wh$$ |
Area of Sphere | $${A}_{\mathrm{sphere}}=4\pi {r}^{2}$$ |
Area of Cylinder | $${A}_{\mathrm{Cylinder}}=2\pi {r}^{2}+2\pi rh$$ |
Area of Cone | $${A}_{\mathrm{Cone}}=\pi r\left(r+\sqrt{{h}^{2}+{r}^{2}}\right)$$ |
The volume of simple three dimensional solids van be calculated using the basic formulas you learned in 5th, 6th and 7th grade math classes. Here's a list of these volume formulas that you can use when completing the worksheets on this page...
Shape | Formula |
---|---|
Volume of Cube | $${V}_{\mathrm{cube}}={x}^{3}$$ |
Volume of Right Rectangular Prism | $${V}_{\mathrm{prism}}=lwh$$ |
Volume of Sphere | $${V}_{\mathrm{sphere}}=\frac{4}{3}\pi {r}^{3}$$ |
Volume of Cylinder | $${V}_{\mathrm{Cylinder}}=\pi {r}^{2}h$$ |
Volume of Cone | $${V}_{\mathrm{Cone}}=\frac{1}{3}\pi {r}^{2}h$$ |