Paradoxica
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yup yup, but the 'formula's are so handwavy it hurtsiirc you need to know cylindrical and slicing methods for this
Now now, no need to get all fired upStop trying to be smart. KoA knows his shit better than you do.
I saw that once, sounded so interestingyup yup, but the 'formula's are so handwavy it hurts
Now now, no need to get all fired up
*waves hand*yup yup, but the 'formula's are so handwavy it hurts
*tosses chlorine trifluoride*Now now, no need to get all fired up
Sorry eyeseeyou.Stop trying to be smart. KoA knows his shit better than you do.
good luck! I tried doing that before... but...doing my first study timetable ever
i think hsc just got real
lolholy crap fourier transformation is amazing
http://math.stackexchange.com/questions/1002/fourier-transform-for-dummieslol
I barely understand it except for polynomials.
We don't deal with error in high school but Simpson's Rule is exact for cubics and quadratics...In the HSC, would they ask you to justify the differences in accuracy of a f(x) between Simpson's Rule and Trapezoidal Rule?
The closest they got you to justifying the difference in accuracy was in the 2013 HSC 2U paper.In the HSC, would they ask you to justify the differences in accuracy of a f(x) between Simpson's Rule and Trapezoidal Rule?
Unlikely, but someone posted a Q based on that on some marathon I think last year (iirc glittergal96). But yeah, error analysis isn't part of the HSC, so the most they could expect from you would be a hand-wavy answer (which is what the poster of the marathon Q said to avoid last year).In the HSC, would they ask you to justify the differences in accuracy of a f(x) between Simpson's Rule and Trapezoidal Rule?
Oh g-d lolFor those of you who wear glasses, how do you push them up when they are sliding down?
For those of you who wear glasses, how do you push them up when they are sliding down?
i use my tongueFor those of you who wear glasses, how do you push them up when they are sliding down?