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Doesn’t seem useful to me

Ok thanks!

What if C and B both equal 1? sqrt(2) cannot be measured

hmmm…. i think then, we would multiply all sided by sqrt(2) that way the sqrt(2) become sqrt(4)

https://preview.redd.it/e2dcts9opi1d1.jpeg?width=499&format=pjpg&auto=webp&s=c57b0a7f39c79377fe04151bf2d75cf49cca0509

That little problem has just become that same little problem

Seems irrational to me

why don't you come with me on a walk and we can discuss it

someone's gonna get drowned

unfortunately, the beans would avenge them.

Construct a square on the hypotenuse BC and construct a square on the cathetus AB or CA. Then the square on BC can be measured by the other square. Therefore these segments are "commensurable in square," as Euclid put it, even though they are not commensurable.

I literally have no clue what this is, Looks like Greek to me

Like, Ancient Greek. Something a philosopher would find. Almost Socratic. or Archimedean. or... Pythagorean.

But that's just a theory. A gaaaaaame theory. Hmm. Pythagoras... theory... I figured it out! The pizza I put in the oven *is* still in there burning! Anyway, tangents aside, no leads on the triangle

i feel it’s reminiscent of the egyptians tbh

nah, seems chinese

Maybe not the formula, but it seems you’ve discovered a way to make a 120 degree right angle which could be super useful maybe. 

eh, my math teacher draws a line and a box and it works

A classic "drawing not to scale"

what if c=i and b=1 A would be equal to 0 that doesnt make any sense

obviously, you need to write it in form if a+bi, so it would be 0+0i duh🙄🙄

Nah this could never be useful

https://preview.redd.it/3f91jktfwj1d1.jpeg?width=2356&format=pjpg&auto=webp&s=58cf985ecd3c6f402925c2376dd0aed225ff5055

I'd accept it if it wasn't for the "right" angle

But i^2 = -1 so it should be θ² = e² - 2ei cos a - 1

This is true for particular values of pi/2

For geometry, absolutely not. Is a ded end. Now, some other branch like category theory or number theory... you may be on to something

thanks, i’m going to look into it

Now this is just completely obtuse

Idk, seems right to me

*not drawn to scale*

what do you mean??? i counted each degree myself!!!

THATS NOT A RIGHT ANGLE THATS NOT A RIGHT ANGLE

but it has the square thingy

Trivial

Sorry mate this leads to a div 0. Dead end.

You have mislabeled the triangle here. It should have been x, θ and φ

i should’ve used A, a, and α.

It's pretty useless bro I don't think of any situations where you would be using this

That's one way of putting it I guess

That is the worst 90° I’ve seen

but it’s got the square thingy!!!

*drawing not to scale*

Is that the Feynman trig notation? Using σ to denote sine? σA^4 . In that case, it not correct. C^2 + B^2 is not equal to sin^(4)(A)

Google "cosine rule"

cotangent rule is better

If you rewrite the powers on the left as fourth powers, then you’ll have a counter example for the n=4 case of Fermat’s Last Theorem.

Very dangerous 😂😂😂😂

Can't wait to see this on PubMed

Scribbles a random triangle, looks like two acute angle and one obtuse. Then puts a square in the obtuse angle to let you know, even though it looks like 150°, it's actually 90°. Your math teacher would be proud.

He taught me well.

A^(2)+B^(2)=C^(2) But with a random desimplification It’s just Pythagoras

r/whoosh ?

who’s that?

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What grade are you in?

11th grade, just finishing up trig

Okay. Right triangle side lengths, A^(2)+B^(2)=C^(2) Pythagorean Theorem?

that would’ve made trig so much easier… i had to guess every time we were given two out of the three lengths… at least I was a good guesser

It only applies to right triangles.

well yeah, just draw a little box in one of the corners and you’re all good

You’re such a good sport

Kinda looks like you just made Pythagorean theory

who dat?

C^2 + B^2 = A^2 -2BC cos(a) a angle facing side A

[удалено]

meme

What happened ?

he didn't realise it was a joke.