Spheres
geomtrey
The shape that fits this description is a cylinder. A cylinder has curved surfaces and no flat faces with parallel or perpendicular edges, yet its circular bases are parallel to each other, and the edges around the circumference can be considered to be perpendicular to the axis of the cylinder. Thus, while it lacks traditional faces with parallel or perpendicular edges, it still contains elements that exhibit these characteristics.
Three shapes that have faces with perpendicular edges are the cube, rectangular prism, and the right rectangular prism. In these shapes, the faces intersect at right angles, creating edges that are perpendicular to one another. This characteristic is a defining feature of their geometric structure, allowing for the formation of right angles throughout the shape.
A trapezoid is a shape that has one pair of parallel faces, specifically in the case of a trapezoidal prism. This three-dimensional figure has two trapezoidal bases that are parallel, while its lateral faces are rectangular, creating perpendicular edges between the bases and the lateral faces.
They are faces such that the perpendicular distance between them is the same wherever on either face you measure it.
geomtrey
The shape that fits this description is a cylinder. A cylinder has curved surfaces and no flat faces with parallel or perpendicular edges, yet its circular bases are parallel to each other, and the edges around the circumference can be considered to be perpendicular to the axis of the cylinder. Thus, while it lacks traditional faces with parallel or perpendicular edges, it still contains elements that exhibit these characteristics.
There are infinitely many shapes that do.
A trapezoid is a shape that has one pair of parallel faces, specifically in the case of a trapezoidal prism. This three-dimensional figure has two trapezoidal bases that are parallel, while its lateral faces are rectangular, creating perpendicular edges between the bases and the lateral faces.
They are faces such that the perpendicular distance between them is the same wherever on either face you measure it.
its has parallel faces and edges
A cuboid
It has 9 faces It has 21 edges Its end faces are parallel to each other
circle, sphere and another shape do not have faces or edges
It doesnt matter -.- GET A LIFE !
Assuming a regular decagon is the base of the prism, it would be 10 faces. With an irregular decagon, it is possible that two (or more) of the edges of the decagons are perpendicular, so all 12 faces could have perpendicular edges.
It has both.