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True I guess. Graduating with DN wam is the dream I feel like hd wams are too unrealistic anyways but I get so competitive when I'm around snaky commerce ppl

Gonna lose my hd wam, fkd around too much this sem

iirc champions is a small accounting firm

Don't want to disclose it here haha

Yeah I feel like they offer positions in insolvency. Have not heard good things about that firm though

Re: MATH1131 help thread Sweet! such a lifesaver

Re: MATH1131 help thread is it like y = F(x^3) and because F(x^3) is a function of a function, to differentiate y with respect to x you go (3*x^2)*F'(x), where F'(x) = f(x) = cos(x^6)

Re: MATH1131 help thread why do we need to do this? can you elaborate on this please?

Re: MATH1131 help thread Why are we multiplying cos(x^6) by 3*x^2? Rip finals

Re: MATH1131 help thread oh I see ty c:

Re: MATH1131 help thread Really? I don't even know how we got to that line in the first place, let alone realise there was a mistake

Re: MATH1131 help thread I'm not following how we went from the first step to the second step

Re: MATH1131 help thread How do you know what function to pick out for g(x)?

Re: MATH1131 help thread wtf is the point of the limit comparison test? I tried reading the theory but it's still not really sinking in Does the numerator just become f(x) and the denominator become g(x) or do you have to actually figure out a function to compare it to?? Like where would you...

Re: MATH1131 help thread Ok thanks for the clarification I'm probably just going to lose heaps of time in the exam coz I'm too dumb to do it in my head haha

Re: MATH1131 help thread Yeah that's similar to what I did, I thought that was the substitution method though :/

Re: MATH1131 help thread Can someone please explain how you would integrate this integral by inspection? I know how to do it by substitution but the question specifically asks for that specific method. I tried to differentiate (1+x^2)^3 but I got 6*x(1+x^2)^2 and i don't know what to do...

Re: MATH1131 help thread Can someone please explain how you would integrate this integral by inspection? I know how to do it by substitution but the question specifically asks for that specific method. I tried to differentiate (1+x^2)^3 but I got 6*x(1+x^2)^2 and i don't know what to do...

Re: MATH1131 help thread Thanks so much!

Re: MATH1131 help thread You know how the line can be expressed as line = point + direction vector? Do I need to do anything with the point at all?