No but it is possible to divide the square into 2 right angle triangles
Yes, it is possible to divide a square into two obtuse triangles. One way to achieve this is by drawing a diagonal across the square, which creates two right triangles, and then further subdividing one of those right triangles by drawing a line from one of its vertices to the midpoint of the opposite side. This line can create two obtuse triangles, as the angles in those triangles can be adjusted to be greater than 90 degrees.
no, a square consists of all right angles
False. A square consists of four right angles, each measuring 90 degrees, which means it cannot have any obtuse angles. An obtuse angle is defined as an angle greater than 90 degrees, so it is not possible for a square to contain such angles.
There are no obtuse angles in a square. A square is a perfect 90 degree angle.
square and Equilateral Trangle
no, a square consists of all right angles
A square.
The spelling in this question leave a lot to be desired and the meaning of the question is even more obtuse! A trangle (or triangle, even) cannot be 150 square feet and, at the same time, have an area of 24 feet. And that is apart from the fact that nothing can have an area of 24 feet since that is a linear measure, not a measure of area!
trangle
False. A square consists of four right angles, each measuring 90 degrees, which means it cannot have any obtuse angles. An obtuse angle is defined as an angle greater than 90 degrees, so it is not possible for a square to contain such angles.
There are no obtuse angles in a square. A square is a perfect 90 degree angle.
square and Equilateral Trangle
no, a square has 4 right angles
It forms 2 45-45-90 triangles.
NO, a square had only four right angle (90 degree angles). An obtuse angle is any angle greater/larger than 90 degrees. So a square has NO obtuse angles at all.
No. By definition, a square can have only right angles.
Any parallelogram that is not a rectangle or a square must have two obtuse angles (and two acute ones).