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the altitude of a prism is a segment perpendicular to both bases whose endpoints are in the planes of the bases.
The volume, V, of a cylinder with base of radius r is the product of the area, B, of a base and the height, h, of the cylinder.V = Bh or V = (pi)(r^2)h(A cylinder is a right cylinder if the segment joining the centers of the bases is perpendicular to the planes of the bases. Otherwise the cylinder is oblique.)
In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.
The two bases are usually perpendicular to the lateral faces.
An edge is a segment that is the intersection of two faces. A cylinder has two parallel bases bounded by congruent circles, and a curved lateral surface which connect the circles. Therefore, a cylinder does not have an edge.
Altitude
the altitude of a prism is a segment perpendicular to both bases whose endpoints are in the planes of the bases.
The volume, V, of a cylinder with base of radius r is the product of the area, B, of a base and the height, h, of the cylinder.V = Bh or V = (pi)(r^2)h(A cylinder is a right cylinder if the segment joining the centers of the bases is perpendicular to the planes of the bases. Otherwise the cylinder is oblique.)
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A cylinder is a tree-dimensional figure with two parallel bases bounded by congruent circles and a curved lateral surface that connects the circles. The height, h, of a cylinder is the length of any perpendicular segment drawn from a point on the base to the plane containing the other base. A cylinder is a right cylinder if the segment joining the centers of the bases is perpendicular to the planes of the bases. Otherwise, the cylinder is oblique. If a right cylinder has a height h and a base with radius r, then the lateral area L.A. is given by the formula: L.A. = 2(pi)(r)(h) The surface area S.A. is given by the formula: S.A. = L.A. + 2(pi)(r^2). Thus, the area of the cylinder's base is (pi)(r^2).
In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.In a right prism, the lateral sides are perpendicular to the bases and so all of them are rectangular.In an oblique prism, the lateral sides are not perpendicular to the bases so that some of them (at least) are non-rectangular parallelograms.
The two bases are usually perpendicular to the lateral faces.
An edge is a segment that is the intersection of two faces. A cylinder has two parallel bases bounded by congruent circles, and a curved lateral surface which connect the circles. Therefore, a cylinder does not have an edge.
sometimes
No. A hyperbola is formed when a plane slices a cone perpendicular to the bases.
false. it is parellel to the bases
the length.