no because even if a2 and b2 both add up to c2, it doesnt mean that they are the same length. one could be long and the other short but still add up to c2. a2 and c2 have to be equal to be a right angle.
(apex) converse to the Pythagorean theorem
That it is a right triangle with the longest side c facing the right angle.
There's no general rule or pattern to that. The rule/pattern of the side lengths on a right triangle is: (the square of the length of the shortest side) plus (the square of the length of the medium side) adds up to (the square of the length of the longest side)
9x + 5
a squared plus b squared equals c squared usually expressed as: a2+b2 = c2
The forumal for finding the finding the length of the hypotenuse of a right triangle is square root of a squared plus b squared equals c. The letters a and b are the two sides that the length is known and the c is the unknown side.
That it is a right triangle with the longest side c facing the right angle.
A2 + B2 = C2 If C=8, then A2 + B2 = 64
The Theorem of Pythagoras.
Pythagoras' theorem in finding the lengths of the sides of a right angled triangle.
a right triangle
Angle A + Angle B + Angle C = 180 degrees. If one angle equals 90 degrees then it is a right triangle and the lengths of the sides are in a ratio such that A squared plus B squared equals C squared (Pythagorean Theorem)
24
If a remains the right triangle, No
Pythagoras' theorem for a right angle triangle.
There's no general rule or pattern to that. The rule/pattern of the side lengths on a right triangle is: (the square of the length of the shortest side) plus (the square of the length of the medium side) adds up to (the square of the length of the longest side)
The square root of 149 (7 squared plus 10 squared equals 149).
'A' squared, plus 'B' squared, must equal 'C' squared, but only if the 'C' side is the hypotenuse (long side). A right (or left) triangle MUST have ONE 90-degree angle.