Pythagorean rule is A-sq + B-sq = C-sq. Hence, A-sq = C-sq - B-sq, or B-sq = C-sq - A-sq.
Pythagoras's Rule does not work if the triangle is not a right angle triangle, that is having one angle equal to 90 degrees. (The rule can still be applied by creating right angles along one or more sides, using lines perpendicular to the side.)
By using the Sine rule: a/sinA = b/sinB = c/sinC
Pythagoras's' theorem or "got an want" on a right angled triangle but use sine rule on a non right angled triangle !! ..
There is no single rule. It is a right angled isosceles triangle. Its long side (hypotenuse) is sqrt(2) times the short sides.
a2+ b2= c2
hiya, well... the pythagorean triple comes from the mathmatician who sat in the sand on a beach drawing triangles with a stick,then one day it came to him that the smallest side of a triangle squared plus the middle length of the triangle squared = the longest side of a triangle squared ... he also made a general rule for this which is.. A squared + B squared = C squared eg. 3,4,5 its called pythagorean because the mans name was pythagoras.:) sorry about how long i answered its for people who are'nt sure what pythagorean is :)
If it's not a right angled triangle and you don't have any of the angles but have the values of all three sides, then you need to use something called the Cosine Rule.
It is a special case of:the 3 sides (SSS) congruence, using Pythagoras,the 2 sides and included angle (SAS) congruence, using the sine rule.
Using Pythagoras' theorem for a right angle triangle its hypotenuse is 225mm. Using trigonometry its interior angles are 36.87 degrees and 53.13 degrees rounded to two decimal places with a right angle of 90 degrees that altogether add up to 180 degrees.
He gave the Pythagoras formula for right angled triangles. A |\ | \ | \ | \ | \ C|___\ B In the given triangle ABC, ABXAB= ACXAC + BCXBC
If its smallest sides are 12.5cm and 21.32 then by using Pythagoras' theorem for a right angle triangle its longest side which is the hypotenuse works out as 27.74cm and by using the sine rule in trigonometry its angles are 90 degrees, 30.48 degrees and 59.52 degrees.
no it cannot represent as in angle triangle rule it doesnt prove that term