A) Prism.
B) Polygon.
C) Cube.
D) Pyramid.
cube
since one parallel lines is perpendicular to another line, the other parallel line is perpendicular to the line as well. so the two would not be parallel, only the original two.
Rectangles are made up of 2 sets of parallel lines, which are perpendicular to one another.
The diagonals of a rhombus are perpendicular. A rhombus is a special kind of parallelogram. It has the characteristics of a parallelogram (both pairs of opposite sides parallel, opposite sides are congruent, opposite angles are congruent, diagonals bisect each other.) It also has special characteristics. It has four congruent sides. So it looks like a lopsided or squished square. Its diagonals are perpendicular. Another property: each diagonal bisects two angles of the rhombus.
two parallel lines are crossed by another line ,that's the perpendicular.
To determine if the line ( y = 3x + 6 ) is perpendicular or parallel to another line, we need to compare their slopes. The slope of this line is 3. Two lines are parallel if they have the same slope, and they are perpendicular if the product of their slopes is -1. Therefore, without another line for comparison, we can't definitively state if it is perpendicular or parallel; we can only say that it has a slope of 3.
Perpendicular is when a line is at a right angle to another. Parallel lines are side by side and even if they were to go on to infinity, would never meet. Therefore the answer is perpendicular.
They are all congruent (equal length), parellel to another side, and perpendicular to another side
Prisms are three dimensional figures that always have two congruent faces. The congruent faces are also parallel to one another.
A sole line can't be perpendicular. To be perpendicular, a line has to meet with another line, to form right angles on either side. Perpendicular is the exact opposite of parallel. Parallel: = Perpendicular: -|
y = -5x + 9 is the equation of a straight line. It cannot be parallel or perpendicular by itself, you need another line to compare it to.
Yes, a cube has both parallel and perpendicular edges. Each edge of the cube is parallel to another edge that runs in the same direction, while edges that meet at a vertex are perpendicular to each other. Specifically, three edges meet at each vertex, and each pair of these edges is perpendicular.