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Only if you limit yourself to quadrilaterals. But why? It is, of course, possible for a pentagon (or polygons with 6 or more sides) to have 4 equal sides and only 2 right angles.
Any polygon with 4 or more sides can have only two right angles.
There is no quadrilateral that meets these requirements. It is, of course, possible for a pentagon (or polygons with 6 or more sides) to have 4 equal sides and only 2 right angles.
A square because that is the only possible figure that can have two congruent sides and four right angles.
Yes, a trapezoid can have two right angles and two acute angles. Its only requirement is that it has two parallel sides.
a polygon with 5 sides and 2 right angles is a pentagon
A shape that has 2 right angles, only 1 set of parallel sides, and no lines of symmetry is a right trapezoid (or right-angled trapezium). In this trapezoid, the two non-parallel sides are not equal in length, contributing to the lack of symmetry. The right angles are formed between one of the parallel sides and one of the non-parallel sides.
Simi-Circle have 2 angles and 4 sides
A rectangle has 4 right angles and 2 pairs of parallel sides.
A Rhombus had 2 pairs of parallel sides and has NO right angles. :)
A right trapezium.
it has 4 equal sides and no right angles
A square has 4 right angles, and 2 pairs of equal, perpendicular sides.