That would be two perpendicular lines.
A rectangle has 4 right angles.
Any regular polugon with 5 or more sides. Many irregular polygons with 5 or more sides will also meet the requirements.
There is no shape with exactly 4 right angles and 2 congruent sides.A rectangle has 4 right angles and 2 pairs of congruent sides - 4 sides in all. But if the numbers in the question are not limiting, then there are many more shapes. An irregular hexagon with the following shape, will meet the requirements if its height is the same as its base.___|....\|......\___!_______|There are lots more shapes with more sides.
A rectangle has 4 right angles whereas a regular 5 sided pentagon has no right angles.
The most right angles a triangle can possibly have is 1. Any more than that, and it has to be a quadrilateral.
I would have said perpendicular lines even though they can't form only one right angle.
A polygon with 4 or more sides can meet these requirements.
A rectangle has 4 right angles.
1 It's known as a quadrilateral because it has 4 sides 2 It can be a regular polygon in the form of a square having 4 equals sides and angles 3 It has 2 diagonals 4 It will tessellate leaving no gaps or overlaps 5 Its perimeter is the sum of its 4 sides 6 It can be in the shape of a rhombus or a parallelogram 7 In can form the shape of a kite 8 It can be a rectangle having 4 equal right angles of 90 degrees 9 It can be in the form of a trapezoid or a trapezium 10 It can be an isosceles trapezoid having 1 line of vertical symmetry 11 Its area is normally base times perpendicular height 12 It has 4 lines of symmetry in the shape as a square 13 Its area is 0.5*(sum of parallel sides)*height if it is a trapezoid 14 Its diagonal meet at right angles in the form of a rhombus 15 Its diagonals meet at right angles in the form of a kite 16 Its diagonals intersect at right angles when square shaped 17 Its area is 0.5*product of its diagonals if they meet at right angles 18 It can form two triangles 19 Its 4 interior angles add up to 360 degrees 20 It's subject to the rules of trigonometry 21 It can be similar to other quadrilaterals having the same angles and proportionally similar dimensions
Any regular polugon with 5 or more sides. Many irregular polygons with 5 or more sides will also meet the requirements.
There is no shape with exactly 4 right angles and 2 congruent sides.A rectangle has 4 right angles and 2 pairs of congruent sides - 4 sides in all. But if the numbers in the question are not limiting, then there are many more shapes. An irregular hexagon with the following shape, will meet the requirements if its height is the same as its base.___|....\|......\___!_______|There are lots more shapes with more sides.
A rectangle has 4 right angles whereas a regular 5 sided pentagon has no right angles.
A polygon with four or more sides can have two (or, in most case, more) right angles).
It can have a right angle, or more than one right angle, but it also is possible that it does not have any right angles.
If it had two right angles it would have more then three sides
It is a kite whose diagonals are perpendicular to each other and form 4 right angles.
The most right angles a triangle can possibly have is 1. Any more than that, and it has to be a quadrilateral.