make a square with a triangle at the end and combine into one big shape
You are an irregular hexagon.
No. In fact, it is impossible for a figure to have two 90 degree angles and three line segments, or it would look like this. ________ | | | _______ Therefore if it looked like that, it wouldn't be a CLOSED shape of any kind. (The total of the three angles in a triangle is 180 degrees. The would be no 3rd angle.)
A square or a rectangle perhaps?
If it has 3 or more line segments then it is a polygon
this is a polygon
The shape you are describing is a hexagon. A hexagon has six sides, which are made up of six line segments. Since it does not have any right angles, the sum of its interior angles must be less than 540 degrees, and therefore two of its angles are less than a right angle.
You are an irregular hexagon.
You cannot have a shape without any line segments.
No, a rhombus is a closed plane shape which has four angles, none of which are normally right angles.
You are describing a hexagon, a closed shape with six sides. A hexagon has six angles, but since two of them are less than a right angle (90 degrees), the other four angles must be greater than a right angle. This means that a hexagon does not have any right angles.
No. In fact, it is impossible for a figure to have two 90 degree angles and three line segments, or it would look like this. ________ | | | _______ Therefore if it looked like that, it wouldn't be a CLOSED shape of any kind. (The total of the three angles in a triangle is 180 degrees. The would be no 3rd angle.)
Polygon
A square or a rectangle perhaps?
If it has 3 or more line segments then it is a polygon
this is a polygon
Yes, provided: 1. ABCD is a closed plane figure (ie a closed 2-dimensional shape) 2. A square is considered a special case of a rectangle.
trapezoid. Also Know, what shape has 2 right angles and no line segments? It could be a trapezoid. Because there are only two right angles, it can't be a square or a rectangle. Because there are no equal length sides, it's not a parallelogram at all.