TWO.
2
A full angle measures 360 degrees, while a straight angle measures 180 degrees. Therefore, two straight angles fit into a full angle, as 360 degrees divided by 180 degrees equals 2.
A full turn rotation is equivalent to 360 degrees. Since a right angle measures 90 degrees, you can fit four right angles in a full turn rotation (360 degrees ÷ 90 degrees = 4). Therefore, there are four right angles in a full turn rotation.
No. The description could also fit a rhombus. The square has 4 right angles.
A 4 sided quadrilateral kite would fit the description given.
2
Infinite numbers of angles * * * * * Without overlapping, 2.
two, since a right angle is 90o & a straight line is 180o
A full angle measures 360 degrees, while a straight angle measures 180 degrees. Therefore, two straight angles fit into a full angle, as 360 degrees divided by 180 degrees equals 2.
A quadrilateral is the general term for a 4 sided polygon.parallelogram, which is not a rectangle, would fit this.Several trapezoids would fit this description, as well.A kite with no right angles, fit this as well.A rhombus can fit this description as well.
A rhombus would fit the given description.
I don't think any shape will fit this description. Do you mean 4 right angles?
A full turn rotation is equivalent to 360 degrees. Since a right angle measures 90 degrees, you can fit four right angles in a full turn rotation (360 degrees ÷ 90 degrees = 4). Therefore, there are four right angles in a full turn rotation.
A square or a rectangle would fit the given description if you mean 2 pairs of parallel sides and 4 right angles
A rhombus would fit the given description
42
No. The description could also fit a rhombus. The square has 4 right angles.