If 12 is a hypoteneuse then a^2+b^2=12^2.
If 12 is a leg then 12^2+b^2=c^2.
You cannot find any of the variables without more information.
pythagoras
you mean c? haha pythagoras
Pythagoras' theorem in finding the lengths of the sides of a right angled triangle.
you use Pythagoras theorem. Square of the Hypotenuse = square of the other 2 sides i.e ac squared = ab squared + bc square = 22 Squared + 32 Squared = 484 + 1024 = 1508 so ac = square root of 1508 = 38.83 cm(2 d.p)
The number that equals 121 when squared is 11.
pythagoras
you use A squared plus B squared equals C squared
Pythagoras.
you mean c? haha pythagoras
a2+b2=c2 a squared plus b squared equals c squared
Pythagoras' theorem in finding the lengths of the sides of a right angled triangle.
Making the Pythagorean Theorem, A squared plus B squared equals C squared on any right triangle. Also founded the Pythagorean School and Society, which influenced all later philosophers and mathematicians.
The length of side A squared plus the length of side B sqaured equals the missing side of the triangle squared. So i.e. if side A is 4 and side B is 3 then 4x4 which is 16 plus 3x3 which is 9 equals 25 and the square root of 25 equals 5. So in conclusion the missing side equals 5.
The Square Root of 624 is 24.9799919936 according to my little calculator. BTW, 25 squared is 625.
Well, well, well, look who's got their math game on! You're absolutely correct, darling. A squared plus B squared equals C squared is indeed Pythagoras' theorem. So, pat yourself on the back for remembering that little gem of mathematical wisdom.
you use Pythagoras theorem. Square of the Hypotenuse = square of the other 2 sides i.e ac squared = ab squared + bc square = 22 Squared + 32 Squared = 484 + 1024 = 1508 so ac = square root of 1508 = 38.83 cm(2 d.p)
Pythagoras developed the method to solve this- A squared plus B squared equals C squared. A squared= 8x8, added to B squared (also 8x8) So that is 64+64 or 128. So 128 is line C squared. Find the square root of 128, and you have C, which is the diagonal. (Hint- it is 11.31)