Wiki User
∙ 8y agoNo but the sum of the squared sides will equal the square of the hypotenuse using Pythagoras' theorem for a right angle triangle
Wiki User
∙ 8y agoSimple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
If you divide the equilateral triangle into two right angle triangles then the hypotenuse will be 12 feet.
With a pair of scissors by cutting off two off its corners leaving you with 2 triangles and 1 pentagon.
90
Divide each of the sides of the triangle into three. Join corresponding points on each pair of sides.
By cutting off two of its corners which will leave you with 2 triangles and 1 pentagon.
You'd have to have fractional parts of triangles. Each group would have 1 and 1/3 triangle.
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
If you divide the equilateral triangle into two right angle triangles then the hypotenuse will be 12 feet.
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
For example, you can divide the polygon into triangles, and calculate the area of each triangle.
With a pair of scissors by cutting off two off its corners leaving you with 2 triangles and 1 pentagon.
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.
Any plane triangle can be divided into four congruent triangles. Find the midpoint of each side, and draw a line from each midpoint to the other two midpoints. Forgive the crude ASCII graphics: <pre> + |\ + + | \ +-+-+ original triangle + |\ +-+ |\ |\ +-+-+ divided triangle + |\ +-+ each congruent triangle </ref>
Simple. Just multiply the base by the height of the triangle, and divide it into two. This works for all types of triangles.