A rectangle has 2 pairs of parallel sides and its diagonals are of equal length but do not cross each other at 90 degrees
In its normal orientation the parallel sides of a trapezium are horizontal. In that case it will have no perpendicular lines. But turn the figure through 90 degrees and it has two!In its normal orientation the parallel sides of a trapezium are horizontal. In that case it will have no perpendicular lines. But turn the figure through 90 degrees and it has two!In its normal orientation the parallel sides of a trapezium are horizontal. In that case it will have no perpendicular lines. But turn the figure through 90 degrees and it has two!In its normal orientation the parallel sides of a trapezium are horizontal. In that case it will have no perpendicular lines. But turn the figure through 90 degrees and it has two!
im a pretty square
Yes they are - since the corners of a rectangle are 90 degrees.
Yes. This comes from looking at the similar triangles.
The diagonals do not intersect (cross) at 90 degrees.
A rectangle has 2 pairs of parallel sides and its diagonals are of equal length but do not cross each other at 90 degrees
a square,rhombus,parallelogram does intersect at 90 degrees but a rectangle does not intersect at 90 degrees and im not sur about trapezuim and kite:)
A parallelogram
Yes and they are perpendicular to each other thus forming right angles of 90 degrees
A rhombus has unequal diagonals which intersect at right-angles.
A kite
Bisect: Yes At 90 degrees: No
Yes a shape like a rhombus has diagonals that cross each othe at right angles or 90 degrees
The sides are equal The angle between adjacent sides is 90 degrees There are two diagonals The diagonals are equal in length The diagonals make 90 degrees with each other The diagonals make 45 degrees with the sides
No but its diagonals bisect each other at 90 degrees
None but the diagonals intersect at 90 degrees