It is entirely possible, but difficult to verify, one way or the other.
I'm sorry there is no possible way to make a parallel lines form a right angle in any sort of shape unless u where to bend one of the lines in which case they would no longer be parallel.
i think it is Universities but i am not that sure
Yes it can. Actually in non-euclidian geometry its possible that two parallel lines may form a angle, but it can never be possible in convention euclidian geometry (in which some of angles of a triangle is always 180 degrees, etc., such things are not sure in non-euclidian geometry).
Yes, it is possible. Since their boundaries are parallel the relevant equations are of the form y = mx + c1 and y = mx + c2. Then if c1 > c2, the inequalities must be of the form y ≥ mc + c1 and y ≤ mx + c2
No its parallel bases can never be equal in length. But if it is in the form of an isosceles trapezoid then its slanted sides are equal in length.
The term "universe" refers to the entirety of space, time, matter, and energy that exists, and is typically considered singular. However, in discussions about multiverses, which propose the existence of multiple, potentially infinite universes, the term "universes" can be used as a plural form. In this context, "universes" refers to various separate and distinct cosmic realities.
no, its in the definition of parallel lines. they never touch and therefore can never form an angle.
no
The long form of the clipped word "sci-fi" is "science fiction." It refers to a genre of speculative fiction that often explores imaginative concepts such as advanced technology, space exploration, time travel, parallel universes, and extraterrestrial life. Sci-fi can be found in various media, including literature, film, and television.
No angle is formed. That's what parallel means.
Parallel lines do not meet and so do not form angles.
Parallel lines do not meet and so cannot form an angle.