No they are perpendicular if the intersect at a right angle. + is perpendicular, = is parallel
An angle is formed where two lines meet. Parallel lines do not meet. Therefore they do not form an angle. So there is no angle to have a name. So no name.
They don't have corners, but angle intersects. There are 3 angle intersects.
Skew lines, parallel lines or an angle.
Such a quadrangle cannot exist. The right angle must be formed by one of the parallel sides and one of the non-parallel sides. Then the angle formed at the other end of that non-parallel side would also be a right angle (the non-parallel side would be a transversal intercepting the two parallels). But then the quadrangle has two right angles, and not just one. No its Trapezoid
No they are perpendicular if the intersect at a right angle. + is perpendicular, = is parallel
The answer depends on the angle at which the axis of the cone intersects the cross-sections.
Right angles (90 degrees) will be formed.
No angle is formed. That's what parallel means.
An angle is formed where two lines meet. Parallel lines do not meet. Therefore they do not form an angle. So there is no angle to have a name. So no name.
angle bisector
They don't have corners, but angle intersects. There are 3 angle intersects.
yes because they will always equal 180 degrees, regardless of the angle at which the transversal intersects the two parallel lines
Skew lines, parallel lines or an angle.
Such a quadrangle cannot exist. The right angle must be formed by one of the parallel sides and one of the non-parallel sides. Then the angle formed at the other end of that non-parallel side would also be a right angle (the non-parallel side would be a transversal intercepting the two parallels). But then the quadrangle has two right angles, and not just one. No its Trapezoid
A Transversal angle is a line that intersects a system of lines.
They are angles formed by the transversal line cutting through parallel lines