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Haha I have a friend exactly like that. It was funny because in year 7 everybody else was going through their weird voice stage, testipops every second sentence, and me and my friend are just sitting there with the voice of a 40 year old man. It was pretty cool.

Yep

Haha almost. It was in between light stubble and heavy stubble. It also helped that my voice fully cracked in year 5.

It might also be thinking outside the box. So originally, it was arranged by atomic weight, because that's what the scientists wanted to do. But Mendeleev had other ideas, a one of his 'creative' ideas was that the elements were not related by the atomic weight, but rather, their atomic number.

Wow they must've been really slack.

Yeah, because we looked like we were over 18.

Haha me and my friend were offered beer at a pub when we were 14 and our parents were still outside.

So am I asian or white? I'm kind of unsure now.

Haha didn't even think of doing the sum of roots.

Ok so first of all substitute in z = 1 + 2i (1+2i)^2 - ai(1+2i) + b = 0 1 + 4i -4 - ai +2a + b = 0 (2a + b - 3) + i(4 - a) = 0 (real and imaginary parts) as both the real and imaginary parts have to be 0, we know: 2a + b - 3 = 0 and 4 - a = 0 So from the right equation, we get a = 4, so we...

I'll try and do it soon, but first of all you would substute z=1+2i into the equation, to get an equation for a and b.

I can't exactly remember who or how they arranged the periodic table, but from what I remember, some guy noticed similarities between certain elements (which are now in the same group), but previously these elements weren't directly related on the periodic table. He proposed that the periodic...

I think that will only cause a problem for the second student, unless the second student beats the first in the externals.

Oh, I was getting the impression that it was (37^42)+ln(x), not 37^(42+ln(x))

Find where the equation in the absolute value is greater than 0 and where the equation is less than zero. Where the equation is greater than zero, the line you draw will be y=2x-3, and where the equation is less than 0, you draw the negative version of the equation, so y=-2x+3. This is because...

4 Unit!

Lol really? Did you know some guy with an afro in the year below you a couple years ago? Inangaro?

I don't remember the equations fully, I just think it through. For an parabola that goes up, the y-values are increasing so 4a is positive and vice-versa for negative, and for the parabolas going to the right, the x-values are increasing so it's 4a is positive and vice versa for a parabolas...

Yeah that was a good explanation, I did it the same but I wouldn't of explained it as good as you.

Oh lol silly mistake.