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|_\ right-angled triangle
All right-angled triangles are scalene with the sole exception of the 90-45-45 shape.
Draw a parallelagram this has the opposite sides parallel and no right angles
draw a quadrilateral that has no parallel sides no congruent sides and no right angle
To draw a hexagon with exactly one pair of parallel sides, start by drawing a horizontal line for the parallel sides. From each end of this line, draw two lines at an angle inward, connecting them to form a point. Then, from the endpoints of these angled lines, draw additional lines that meet at a point on the opposite side of the hexagon. Make sure that only one pair of opposite sides remains parallel.
Draw a right angled triangle with legs of lengths 2 and 3 units. The hypotenuse will be sqrt(13) units.
All right-angled triangles are scalene with the sole exception of the 90-45-45 shape.
A protractor
no it isnt
Draw a parallelagram this has the opposite sides parallel and no right angles
Yes. Not here, of course, but it can be done. Draw a right angle. Draw two more lines from those end points at acute angles that connect in the middle. It will look something like a chevron, a "V" shape.
That's a trapezoid.
draw a quadrilateral that has no parallel sides no congruent sides and no right angle
To draw a hexagon with exactly one pair of parallel sides, start by drawing a horizontal line for the parallel sides. From each end of this line, draw two lines at an angle inward, connecting them to form a point. Then, from the endpoints of these angled lines, draw additional lines that meet at a point on the opposite side of the hexagon. Make sure that only one pair of opposite sides remains parallel.
Draw two parallel lines of unequal length, and connect their end points. If you have a right angle, it is a right trapezoid. If the non-parallel sides are equal in length, it is an isosceles trapezoid.
Only trapezium has two parallel sides. Trapeziums can have only two right angles, but not one. Since we need one right angle and two parallel sides, therefore there is no quadrilateral satisfying the condition. But there exist some polygons satisfying the condition. We can draw them by following the condition.
Parallel refers to lines and not angles A right angle is formed by 2 lines that are perpendicular to each other and not parallel If you already have a line and you draw two lines which are at right angles to it, those two lines are parallel.
Draw a parallelogram. (See the link for a picture.)