In one sense, this figure is equal to the product of S1 and a subset of the real line. A Steinmetz solid is produced from the intersection of these objects. The volume of a solid of revolution can be computed by decomposing it into a number of shells of these objects and integrating. A system of coordinates named for this figure is useful for solving problems that have an axial symmetry, and is co
In one sense, this figure is equal to the product of S1 and a subset of the real line. A Steinmetz solid is produced from the intersection of these objects. The volume of a solid of revolution can be computed by decomposing it into a number of shells of these objects and integrating. A system of coordinates named for this figure is useful for solving problems that have an axial symmetry, and is constructed by adding a z-axis to polar coordinates. The intersection of a plane with this figure will create an ellipse, since it is formed by translating a circle along a perpendicular axis. For 10 points, name this three-dimensional shape whose volume is given by "pi times radius squared times height".
In one sense, this figure is equal to the product of S1 and a subset of the real line.
cylinder