No prep! Just print and hang. Students find the volume of cones, cylinders, and spheres at the bottom of a page and HUNT for the answer at the top of another. Students love these! There are 10 problems, which include solving in terms of pi and approximating using 3.14.
Students love this project! They take everyday objects and create a 3D model including a pyramid, cylinder, sphere, cone and prism. The then calculate the surface area and volume of each shape to demonstrate their understanding of formulas.
This product includes two pages of mixed review on calculating the volume of cylinders, cones and spheres. The first page has a total of six practice problems in which the students are asked to find the volume with the radius and height. The second page has four additional problems where the students are asked to calculate the missing length (either the radius or height) if they are provided with the volume.
Volume and Surface Area Coloring Activity (Prisms, Pyramids, Cylinders, Cones)
Volume and Surface Area Coloring Activity (Prisms, Pyramids, Cylinders, Cones) This is a fun way for students to practice finding both volume and surface area of 3D figures. There are 12 problems total, 6 volume and 6 surface area. This includes rectangular prisms, cylinders, cones, and pyramids. Students match their answers at the bottom, and color the egg accordingly. *Note - calculations were done using the pi symbol on the calculator. Egg designed by <strong><a…
This maze consists of 11 cylinders that students must calculate the volume of. Not all boxes are used in the maze to prevent students from just guessing the correct route. In order to complete the maze students will have to calculate volume 9 times.
This product includes a fifteen question assessment on the volume of cylinders, cones and spheres. The first six questions ask the students to calculate the volume of the solids. The second page of the quiz asks students to determine the missing length of a solid if the volume is provided. An answer key is provided.