If AB is a perpendicular bisector of CD then four 90 degreee angles are formed.
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None. A perpendicular line is two lines joined together to make a right angle(90degrees). A hexagon has no right angles so there are no perpendicular lines. None, by definition perpendicular means a 90 degree intersection of two lines. A hexagon's intersections are only 60 degrees.
None but its diagonals are perpendicular lines intersecting each other at right angles.
0 perpendicular lines. There are no 90 degree angles within a hexagon. Perpendicular lines meet at a right angle and sometimes they intersect.
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Being 'perpendicular' would require the lines to be at 'right angles' to each other... So, if working in a 2-dimensional setting, the joining of 3 perpendicular lines would not be possible. If working in a 3-dimensional setting, the answer would be 12. Four from the intersection of the 1st and 2nd lines, four from where the 3rd line intersects initially, and four from where the 3rd line leaves the intersection.
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In a rhombus, there are no perpendicular sides in the traditional sense, as all sides are equal in length. However, the diagonals of a rhombus intersect at right angles, meaning they are perpendicular to each other. Thus, while the sides themselves are not perpendicular, the diagonals create right angles at their intersection.
When two perpendicular lines cross you get four equal angles of 90 degrees.
A diamond shape, or rhombus, has two pairs of perpendicular lines. The diagonals of the diamond intersect at right angles, creating four right angles at the intersection point. Thus, while there are two sets of diagonals, the key perpendicular lines are the diagonals themselves.
Depending on the location of the intersection, there are many things though could be formed, but to pick commons, it could form a +, T, L
A diamond shape, also known as a rhombus, has two pairs of perpendicular lines. The diagonals of the diamond intersect at right angles, creating four right angles at the intersection point. Thus, there are technically two lines that are perpendicular to each other within the diamond.
A circle does not have angles in the traditional sense, as angles are formed by the intersection of two lines. However, if considering angles formed by radii and chords within the circle, it is possible to have infinitely many obtuse angles depending on the selected points on the circumference. Thus, the answer can be considered as infinite obtuse angles in a circle.
Two intersecting lines form four angles. Each pair of opposite angles created by the intersection is equal, resulting in two pairs of vertical angles. These angles sum up to 360 degrees around the point of intersection.