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What else can I help you with?
Is it possible to divide the square into 2 obtuse trangle?
No but it is possible to divide the square into 2 right angle triangles
Diagonals that divide it into isosceles right triangles?
A square.
How do you divide a square into three equal triangles?
Impossible
Are square diagonals divide it into congruent triangles?
Yes
Can an obtuse triangle have more than 2 obtuse angles?
No. A triangle equals 180o. An obtuse angle is anything above 90o. If you were to have two obtuse triangles, then one word for it, if you have one more angle, would be a square or parallelogram.
Is it possible to divide the square into 2 obtuse trangle?
No but it is possible to divide the square into 2 right angle triangles
How do you divide a square into three equal triangles?
Impossible
Diagonals that divide it into isosceles right triangles?
A square.
Are square diagonals divide it into congruent triangles?
Yes
Can an obtuse triangle have more than 2 obtuse angles?
No. A triangle equals 180o. An obtuse angle is anything above 90o. If you were to have two obtuse triangles, then one word for it, if you have one more angle, would be a square or parallelogram.
How do you get the square inches of a polygon?
In general, you divide up the polygon into triangles, calculate the areas of the triangles and then sum these.
How do you divide a square into four sections and not make triangles squares or rectangles?
Divide square into 4parts gets 4 rhombus shapes
Is it possible to draw a square with an obtuse angle?
no, a square consists of all right angles
Does 2 diagonals of a square divide it into 4 congruent triangles?
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What shape is made out of two congruent triangles?
If you have 2 EQUILATERAL triangles, and you stack them on their respective hypotenuses, the result: SQUARE. If you have 2 ISOSCELES triangles, and you stack them on their respective hypotenuses, the result: RECTANGLE. If you have 2 OBTUSE triangles, and you stack them on their respective hypotenuses, the result: PARALLELOGRAM.
Which type of quarilateral has diagonals that will always divide it into four congruent triangles?
Only the square has.
What are the dimensions of one twelfth of a 12 inch square using right triangles and acute and obtuse isoceles triangles?
There are infinitely many configurations for the required shape and so the dimensions cannot be listed.
