Pythagorean Theorem
a2+b2=c2
a and b are the legs of the triangle while c is the hypotenuse.
To find the hypotenuse, find the largest angle. The hypotenuse is the leg that's directly in front of it. An easy way to remember is that the vertex to the largest angle cannot touch the hypotenuse. You would have to square both measurements of the legs and add them, then take the square root of that.
To find both legs of the triangle, you simply find the biggest angle. The vertex of that angle touched both the legs of the triangle.
The pythagorean theorem states that a2 + b2 = c2. This means that in a right triangle, both legs squared will add up to the hypotenuse squared. To see if a triangle is a right side, add up the two legs squared and see if it equals the hypotenuse.
Find the perimeter of a right triangle with legs measuring 3 and 4
Triangles don't have legs, legs implies the triangle's corners are perpendicular to a surface, this chnages the shape of the triangle into a origami shaped object like a small table, which can't exsist fully in 2D.
You can't. The hypotenuse alone isn't enough to tell you anything about the lengths of the legs. There are an infinite number of different right triangles that all have the same hypotenuse but different legs.
Use Pythagoras' theorem if you know any two lengths of the triangle
The hypotenuse of a triangle with legs of 35 and 68 is: 76.48
432180. The legs are 441 and 1960.
The pythagorean theorem states that a2 + b2 = c2. This means that in a right triangle, both legs squared will add up to the hypotenuse squared. To see if a triangle is a right side, add up the two legs squared and see if it equals the hypotenuse.
Find the perimeter of a right triangle with legs measuring 3 and 4
Triangles don't have legs, legs implies the triangle's corners are perpendicular to a surface, this chnages the shape of the triangle into a origami shaped object like a small table, which can't exsist fully in 2D.
You can't. The hypotenuse alone isn't enough to tell you anything about the lengths of the legs. There are an infinite number of different right triangles that all have the same hypotenuse but different legs.
Both legs are equal in length
Find the length of the hypotenuse of a right triangle whose legs are 8 and 15 units in length.
A right triangle with legs of 7 and 11 units has a hypotenuse of: 13.04 units.
10
The length of the hypotenuse of a right triangle with legs of 7 cm and 24 cm is: 25 cm
The length of both of the other legs is: 4.95