Similar: They both have a circular base.Different: A cone has a vertex, a cylinder does not.
They both depend on circumference not perimeter.
cones are similar to pyramids because they come to a point, also known as the vertex. Cones and pyramids are also conic. Cylinders are similar to prisms because their base, no matter what shape, will translate (slide) all the way up the middle to the top. Basically, their 2 bases should always always always be congruent. Prisms and cylinders are also cylindric.
False. Cylinders and cones are not just polyhedrons with circular bases.
Pyramids and cones have a pointed top (apex) while prisms and cylinders have flat tops. Pyramids and cones have a single base, while prisms have two parallel bases. Cones have a curved surface while pyramids have triangular faces.
Different:cylinders and cones are different because cylinders have paralle sides and a cone does not because it has a base and a vertex so that mean that the cone comes up to a pointAlike: The cylinder and cone are both three-dimensional figures. They both have to do with geomatry.
Cones and cylinders are different shapes. Likewise you could not calculate the area of a square with the formula for a triangle.
Cylinders and cones are not considered polyhedrons because they do not have flat faces, which is a defining characteristic of polyhedrons. Polyhedrons are three-dimensional shapes made up of flat surfaces, while cylinders and cones have curved surfaces. Additionally, polyhedrons have straight edges where faces meet, whereas cylinders and cones have curved edges. Therefore, cylinders and cones are classified as curved surfaces rather than polyhedrons.
No. To be similar ALL lengths must be in the same ratio. If two cylinders have the same radii, but different heights then the radii have one ratio (1:1) but the heights have a different ratio; thus they are not similar.
Cones, cylinders.
polygons have faces and cylinders and cone and spheres only has bases not faces.
No. They have curved edges, so they can't be polyhedra.
A circular cross-section.