well, i think the answer to your question is getting the measurement of the side using the Pythagorean Thereom, with the formula:c2=a2+b2.
use the pythagoren thereom: square the hypotenuse (ex: c^2=2^2=4) divide by 2 because you know the lengths will be equal (ex: 4/2=2= the square is 2x2)
pythagoreon thereom 34sq - 30sq = 256 sqrt = 16 base 16+16 = 32 half length of base = SQR(34^2 - 30^2) =SQR(1156-900) =SQR(256) =16 base length = 2x 16=32
If you have at least 2 of the angle measurements and are trying to find the measurement of a missing angle you should do this: When you have the measurement of two angles, add them together. Then subtract the total from 180(always the sum of all of the triangle's angle's measurements). It will give you the measurement of the missing angle. If you are trying to find the length of the missing side, then use the Pythagorean theorem (a squared+b squared=c squared, c being the missing side) THIS ONLY WORKS FOR RIGHT TRIANGLES, however. first of all this didnt help me. second that therom is stupid cuz im only in 8th grade integrated algebra! get me a good answer jeez. i need to find the missing lenngth help me someone ---------------------------------------------------------------------- Honey, the thereom is the only way to get the right answer. And I'm in 7th grade, so get over the "you're only in 8th grade" I'm in 7th grade and understood what he said. I'd suggest using the answer he gave, 'cause that's the best you can get.
that is a thereom
theorem always needs proof
Pythagorean Thereom
Cause he was the person that did the pythagorean thereom .
because of the pthagereon thereom
A2+b2=c2
Could well have been Pythagoras..?
c2 or what i like to call the pathagoream thereom to the triangle
7
the egyptians used Pythagoras thereom before "Pythagoras" so called founded it.
Yes. This Formula is known as Euler's Thereom.
It is like a postulate, not a thereom. A postulate is accepted to be true by not for sure. A theroem can be proven to be true.