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https://media.education2020.com/evresources/2098430_8a5609e9-0ec3-41ef-b009-2423bb08b0c9.png

how do you post pictures

no its not

And what would AC have to be to make it a right triangle?

1 thing ...

soh cah toa ...

agree to @jakashaka123

i remember it as some old hippie caught another hippie tripping on acid ...

Pythagorean Theorem is the lesson this derives from? I don't even know The Law of Cosines..?

=)

sin = opposite over hypotenuse
tan = opposite over adjacent
cos = adjacent over hypotenuse

you would use cosine =)

I don't use that in my Geometry class? In fact I've never even been introduced to that.

5/8.24621125124

you have no other angles to go off of =)

so therefor you have no other possible way of knowing =)

Except for the Pythagorean Theorem. \[a^2+b^2=c^2\]

yeah you wouldnt use that here =)

If a^2+b^2=c^2, its a right triangle.

you have no angles =)

If they are less than it's acute. Greater than it's obtuse.

and you wouldnt use cosine btw

wait yeh you would lol

3^2+5^2 does not equal 2 radical 17

So what does C have to be to make them equal?

you answered your own question for the 1st part of thiss question =)

9+25= 34

"What would C have to be to make it a right triangle?" Was my question.

So it would be radical 34?

yes =)

Thanks. c:

if a^2 +b^2 = C^2

then yeah you would need the radical other than that it would be 5.83095189485^2

you will eventually learn soh cah toa =)

you can find angle measurements with that

thats what i thought you were doing lol =)