A circle.
Rectangles are made up of 2 sets of parallel lines, which are perpendicular to one another.
no, if they are both in the same plane and IF EXTENDED INDEFINITELY would never intersect at any point then the segments are considered parallel.
First, lines and rays cannot be congruent because they do not have both end points defined. Not having an end point define means we cannot talk about their length so they can't be congruent. Line segments, however, can be congruent. Congruent line segments NEED NOT be parallel.Furthermore, if two line segments are parallel, that does not mean they are congruent since parallel line segments may not have the same length.Congruent line segments would be ones that are the same length.
Prisms with any number of sides can have perpendicular faces. Often both end faces are perpendicular to the length. In the case of a REGULAR octagonal prism, there will be four pairs of parallel faces, where each face of a pair will be perpendicular to the two faces of one of the other pairs. There is not much that can be said with certainty about an irregular octagonal prism.
Yellow
A circle.
There are letters in the alphabet with both parallel and perpendicular lines. In alphabetical order, they are E, F, and H. If the joining point can be considered perpendicular and parallel, then B, D, P, and R also match the criterion.
The letter's "H", "I", "E", and "F".
No, you can't have two lines that are both parallel and perpendicular.
They can not be line segments on the same line, but they can both be line segments.
As far as we know, two lines can be perpendicular, or they can be parallel, but they can't be both.
It has both.
It has both
Shapes are not parallel or perpendicular. Lines are.Every side of a rectangle is parallel to the side opposite it,and perpendicular to both of the sides next to it.
Rectangles are made up of 2 sets of parallel lines, which are perpendicular to one another.
In a square adjacent sides are perpendicular to each other and opposite sides are parallel to each other.