Oh, dude, you're talking about rectangles! Yeah, those bad boys have diagonals that cross at right angles. It's like they're trying to be all proper and perpendicular while the other shapes are just doing their own thing.
Oh, dude, no way! Diagonals of a trapezium definitely don't cross at right angles. They're like rebels, crossing all nonchalantly at different angles, not conforming to any right angle rules. It's like they're saying, "We're diagonals, we do what we want!"
yes 9
They are either kites or (if the diagonals bisect each other) rhombuses.
A parallelogram
1 A square 2 A rectangle 3 A right angle trapezoid 4 An irregular pentagon 5 The diagonals of a rhombus 6 The diagonals of a kite
The diagonals of a square and a rhombus cross at right angles.
The diagonals of a rectangle do not cross at right angles
rectangle
No.
No.
No but they cross at right angles in a square
Diagonals are congruent in several geometric shapes, most notably in rectangles, rhombuses, and squares. In a rectangle, the diagonals are equal in length due to its right angles. In a rhombus, although the angles are not right angles, the diagonals bisect each other at right angles and are equal in length. In a square, which is a special case of both a rectangle and a rhombus, the diagonals are congruent as well.
kite
Yes, they do.
Oh, dude, no way! Diagonals of a trapezium definitely don't cross at right angles. They're like rebels, crossing all nonchalantly at different angles, not conforming to any right angle rules. It's like they're saying, "We're diagonals, we do what we want!"
Square, rhombus and a kite.
yes, they do. though they are not always equal in length they always cross at right angles.