Question

FAST IM RUNNING OUT OF TIME !!!!!!!
HELP ME!!!!!!!!!!
I WILL FAN AND MEDAL !!!!!!!
The sets of numbers 7, 24, 25 and 9, 40, 41 are Pythagorean triples. Use what you know about the Pythagorean Theorem and explain or show why they are Pythagorean triples. Be sure to show your work for each set of triples!

Answer 1

\[a^2+b^2=c^2\] and right triangles, that should suffice.

Answer 2

Pythagorean triples is when all all the numbers of the pythagorean theorem are integers (whole numbers)

Answer 3

Well, one of the triples is 7, 24, 25. You need to show that
72+242=252

Answer 4

So like is this like the answers or just helping ?

Answer 5

if that's who I think it is, nice profile pic btw

Answer 6

these are all hints, not answers

Answer 7

gdragon?!

Answer 8

lol

Answer 9

lol that man is life...no exit

Answer 10

But back to your question. I'll walk you through why set (7, 24, 25) is a pythagorean triplet

Answer 11

I'd give the answer if I knew it thats all I know :X

Answer 12

just give him or her the answer for Gods sake lol

Answer 13

So we know that pythagorean triplets are when a, b and c are integers, meaning whole numbers.

Answer 14

RUNNING OUT OF TIME HERE

Answer 15

i really dont know how to do this cuz i messed so much days of school cuz i was sick and im trying to hurry up cuz this is missed assignments and tomorrow is the last day

Answer 16

Its alright kpop,no ones gonna ask you about this theorum thing in real life.

Answer 17

well just use the pythagorean theorem and prove that 7^2 + 24^2 = 25^ (as per the pythagorean theorem which is a^2 +b^2 = c^2)

Answer 18

*25^2

Answer 19

I keep repeating myself, but the difference between pythagorean triplets and a regular pythagorean theorem is that

for pythagorean triplets, a & b & c all have to be integers (meaning they must all be whole numbers)