right triangle
No, a quadrilateral can't have three acute angles and one right angle. The angles of a quadrilateral must total 360. The three other angles of a quadrilateral with one right angle would then have to total 270 degrees. If all three were acute (less than 90 degrees), they could not total 270.
Triangles do not necessarily have right angles, but they can. A triangle with a right angle is called a right triangle. A triangle cannot have more than one right angle, since the total of all three angles of every triangle equals 180°.
Not possible... The internal angles of a quadrilateral always total 360. If you MUST have an angle of 90 degrees - the remaining angles must total 270. At least one of the remaining angles will always be obtuse.
In a pentagon, the sum of the interior angles is 540 degrees. A right angle is 90 degrees, so if we consider a scenario where one angle is greater than 90 degrees, it is possible for multiple angles to exceed this measure. However, there can be at most three angles in a convex pentagon that can be greater than a right angle, as having more would exceed the total sum of 540 degrees. Therefore, the maximum number of angles in a pentagon that can be greater than a right angle is three.
No, a trapezoid cannot have three right angles. A trapezoid has at least one pair of parallel sides, and if it has three right angles, the fourth angle would also need to be a right angle to make the total 360 degrees. This would make it a rectangle instead of a trapezoid.
A trapezoid can't have three right angles. A quadrilateral with three right angles must have a total of four right angles, since a quadrilateral's interior angles add up to 360. 360 - (3*90) = 90, so the fourth angle would have to be right as well. A quadrilateral with four right angles is not a trapezoid; instead it is a rectangle or a square.
A shape with seven sides and seven angles is called a heptagon. If it has three right angles, the other four angles must sum to a total of 360 degrees (since the total interior angle sum of a heptagon is 900 degrees). This means that the remaining angles can vary, but they must be arranged in such a way to maintain the heptagon's properties while accommodating the three right angles.
No. A parallelogram only has a total of 4 angles. They may either all be right angles, or none of them is a right angle.No. A parallelogram only has a total of 4 angles. They may either all be right angles, or none of them is a right angle.No. A parallelogram only has a total of 4 angles. They may either all be right angles, or none of them is a right angle.No. A parallelogram only has a total of 4 angles. They may either all be right angles, or none of them is a right angle.
A right angle has a 90-degree and in two acute angles.
A triangular prism has a total of nine angles. Each of the two triangular faces has three angles, totaling six angles. The three rectangular faces each have one right angle, adding three more angles. So, the total number of angles in a triangular prism is 6 + 3 = 9 angles.
Acute triangles. They can have three angles, all less than 90 degrees (total is 180 degrees).Shapes with more than three sides must have angles of 90 degrees or more because the total of their angles must be 360 degrees (quadrilaterals) or more.
Any two angles that total 90 degrees will make up a right angle. Two 45 degree angles will make a right angle - 90 degrees. Also an angle of 30 degrees and another angle of 60 degrees will make up a right angle.