Q: What type of triangle proves the pythagorean theorerm?

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any right triangle

The Pythagorean Theorem is not a triangle. It's a statement that describes a relationship among the lengths of the sides in any right triangle.

Right Triangles

Simply because the Pythagorean Theorem is not true for any triangle that doesn't have a right angle in it. If a triangle has a right angle in it, then it satisfies the Theorem. If it hasn't, then it doesn't. And if it satisfies the Theorem, then it has a right angle in it, and if it doesn't, then it hasn't.

its 1/2 the area of a circle with the length of on side of the triangle as the radius. then subtract 2 times the area of said equilateral triangle. (to find its height, use the Pythagorean theory. split the triangle in half to get its height, the base will be 1/2 the length of its side. Type your answer here...

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any right triangle

The Pythagorean Theorem is not a triangle. It's a statement that describes a relationship among the lengths of the sides in any right triangle.

A right triangle.

Right Triangles

A right triangle - one of the angles has to be 90 degrees

No. The Pythagorean theorem applies only to right triangles...those containing a right angle (90 degrees).

This is the simplest Pythagorean Triple (52 = 32 + 42) so it's a right(-angled) triangle

Type your answer here... In a right triangle, the hypotenuse equals the sum of the squares of the legs.

Simply because the Pythagorean Theorem is not true for any triangle that doesn't have a right angle in it. If a triangle has a right angle in it, then it satisfies the Theorem. If it hasn't, then it doesn't. And if it satisfies the Theorem, then it has a right angle in it, and if it doesn't, then it hasn't.

Use the Pythagorean Theorem: a2+b2=c2 If the left side is bigger, it's an acute triangle. If the right side is bigger, it's an obtuse triangle. If they are equal, it's a right triangle. (This one gives 676 and 1156, so it is an obtuse triangle)

its 1/2 the area of a circle with the length of on side of the triangle as the radius. then subtract 2 times the area of said equilateral triangle. (to find its height, use the Pythagorean theory. split the triangle in half to get its height, the base will be 1/2 the length of its side. Type your answer here...

he did the Pythagorean theorem