Recent content by AtaraxiaAle

Well, the whole of the line may not have a similar looking function, But! If you break the line into tiny sub-sections and find the functions that may match each individual little line, you can simply add all the integrals of the tiny lines together. Maybe this will help :)

ha-Ha! Yes, that is the correct set of answers "Moo"! But you can also notice that i and -i can be inter-transposed and still make sense. Good job. Yea, if they are all ones then it works as well, but I thought that was too easy so I said that they shouldn't repeat.

Ah, yes, this is true; but not exactly as complicated as it truly is. I say this, and I should have said this before, because none of these values equal zero. And! No values "repeat" themselves, exactly. Try again

This is a riddle that has proven to be a stumper. At least, the people I have asked... The task is to unravel the meaning of the variables to find numerical answers. Can you do it? Solve for "s", "t", "r", and "u:" *Edit* When Zero is not a solution. *Edit* s * s & = & & s \\...

The derivative is simply this: \begin{flalign*} y & = & & x^2 - x - 2 \\ \frac{dy}{dx} & = & & 2x^1 - 1x^0 - 0 \\ & = & & 2x - 1 \\ \end{flalign*} The derivative of any constant is 0. This is an important concept.

But matter is simply energy, so infact, we are made up of pure energy, in the form of matter.