No plane geometric figure can have one acute and three right angle only, at least two other angles must be included
No quadrilateral with 2 internal right angles can be anything other than a square or rectangle. The shape described in the question does not exist.Improved Answer:-It could be a trapezoid with two right angles, an acute angle and an obtuse angle.
A right angle is 90 degrees and the 4 interior angles of a square and a rectangle are all right angles.
a circle
This question is impossible to answer there is no bigger angles than a right which are called obtuse angles and are definitely impossible
Not normally but in the shape of a rectangle it has 4 right angles.
A right angle = 90o angle. So, number of right angles in a 720o shape = 720 / 90 = 8.
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 plane geometric figure can have one acute and three right angle only, at least two other angles must be included
No quadrilateral with 2 internal right angles can be anything other than a square or rectangle. The shape described in the question does not exist.Improved Answer:-It could be a trapezoid with two right angles, an acute angle and an obtuse angle.
A right angle is 90 degrees and the 4 interior angles of a square and a rectangle are all right angles.
you cannot make a regular shape which has 3 right angles only, you will always end up with 4 right angles
No shape does: if it has three angles the sum of the angles will be 180°, but 2 right angles is 2 x 90° = 180° which means the third angle cannot exist.
A right triangle has an acute and right angle.
A square shape for example has 4 right angles and a right angle is 90 degrees.
With right angles it is a square.Without right angles it is a rhombus.
a circle