Fun Facts with Squidward

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🤓 Erm, akshually 25.80697580112788 is only one of the square roots of 666. 🤓🤓 The other square root is -25.80697580112788. 🤓🤓🤓 Even then, you can have any number roots, not just square roots (also known as second roots). 🤓🤓🤓🤓

By definition of square root it must be positive

That is not true. A large topic in math is actually finding all of a number's roots around the complex plane.

A nice rule when it comes to roots is, the nth root of a number always has n solutions.

I think you are talking about the equation x^n-k=0, and in that case, yes you are correct. However, to remove ambiguity the square root of a number must be positive, and when solving x^2-k=0 we typically write x=±sqrt(k)

Square roots are ambiguous, and that is what gives them certain properties. The reason we often write ± before a square root is to clarify that we are using both the positive and negative square root, but tis not necessary.

One interesting thing about roots is that for a fractional root (such as the 1.5th root), there will actually be more than n answers (2 in the case of the 1.5th root), but some of the roots will count less because they assume the root of a number to be a specific thing (for the 1.5th roots, one assumes the positive sqrt of the number and one assumes the negative sqrt, making them both count as half a 1.5th root).

Non integer exponents are kind of crazy

BROOKLYN GUY MENTIONED RAAAAHHH

Math meme ya

See, that's even the date I was born down to the second.
I think it's true

me in math: Find the root of 666.

...

Absolute genius!

Oh s***

Makes since

There are more digets in which there's the number 420. there's also the number 69. so, 420 and 69 are super duper evil