| A | B |
|---|
| Net | A two dimensional representation of a three dimensional object. |
| Pyramid | Has one base and lateral faces that are triangles. |
| Prism | Has two bases and lateral faces that are parallelograms. |
| Surface Area | To figure how much wallpaper is needed to paper a 3D figure find the ___. |
| Volume | To figure how much liquid a 3D figure will hold find the ___. |
| Midpoint | The point halfway between the endpoints of a segment. |
| Median | The line drawn from a vertex of a triangle to the midpoint of the opposite side. |
| Negative Reciprocal | Created by flipping and changing the sign of a fraction. |
| Draw a right triangle and use the Pythagorean Theorem | An easy way to find the length of a graphed segment. |
| Triangular Prism | 3D figure with triangular bases and rectangular lateral faces. |
| Rectangular Prism | 3D figure with rectangular bases and rectangular lateral faces. |
| Cube | 3D figure with square bases and square lateral faces. |
| Triangular Pyramid | 3D figure with triangular base and triangular lateral faces. |
| Rectangular Pyramid | 3D figure with rectangular base and triangular lateral faces. |
| Cylinder | 3D figure with circular bases and one curved surface. |
| Cone | 3D figure with circular base and one curved surface. |
| Sphere | 3D figure with no base and one curved surface. |
| Face | A flat surface of a 3D figure. |
| Edge | Where two faces of a 3D figure meet. |
| Vertex | A point where three or more faces meet. |
| Vertices | The plural of vertex. |
