Spheres are spherical, with no base, and have no flat surfaces. Cones have a flat, circular base, with a circular altitude protruding from the edges of the circle. The altitude's diameter slowly diminishes until all edges reach eachother.
A right circular cone with altitude h and base r is equal to (1/3)*pi*r2*h. This is one third of the volume of a right cylinder with the same dimensions, and can be written as (1/3)*A*h where A is the area of the base circle.
the distance around a circular region is called circumference
A shape with a circular base and a vertex that isn't in the same plane as the base is called a cone.
A cone has one circular base and a vertex that is not on the base.as described on math.com
A cone or a hemisphere or circle
The circular base of a cylinder has the same properties as that of a circle.
The sphere forms a circle in the plane. There are two bits of sphere which are spherical caps with a circular base.
not quite a cirlcel but an oblong circle.
In a right circular cone the base is a circle and the sloped side is a sector of a circle. For a general cone, they are an ellipse and a sector of an ellipse.
The volume of a cylinder is its height times the area of its base. And the area of its base is the area of a circular shape.
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it is called circle because it is circular. circular means smooth, rounded edges. a circle matches that description.
The ratio of C to D will equal pi. This is based on the known formula for the circumference of a circle. D = Diameter of the circular base of a cylinder (independent) C = Circumference of the circular base of a cylinder (dependent)
a circle base with the sides rising up in a circular fashion meeting at one point
The answer is "No"; a right circular cone has a circle as its base while a right triangular cone has a triangular base (which we usually call a "pyramid". The Egyptian Pyramids have square bases. And the volume of any "right" pyramid is found by multiplying the area of its base by its VERTICAL height.
Spheres are spherical, with no base, and have no flat surfaces. Cones have a flat, circular base, with a circular altitude protruding from the edges of the circle. The altitude's diameter slowly diminishes until all edges reach eachother.