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Published: 2012-07-12 22:53:03 +0000 UTC; Views: 5787; Favourites: 221; Downloads: 21
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Description
I truly believe there is no need of description here (except for the ecuation)Just enjoy and dont try to understand
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Comments: 82
BlueDebut [2017-03-22 03:34:47 +0000 UTC]
My face many times XD.
First one is the famous Gaussian integral which has many applications in probability theory and physics.
Second is a demonstration that any periodic function has a Fourier series of said form.
Lastly, ol' reliable quadratic formula.
π: 0 β©: 1
Sekrain In reply to BlueDebut [2017-03-22 04:58:48 +0000 UTC]
I only know the quadratic, though I haven't used it in years XD
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BlueDebut In reply to Sekrain [2017-03-22 05:01:10 +0000 UTC]
Fair enough I haven't used it in years either to be fair. The deviation still made me smile though
.
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Sekrain In reply to BlueDebut [2017-03-30 04:03:15 +0000 UTC]
Good to know it made you smile ^^
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autumnleaf176992 [2015-06-14 19:12:17 +0000 UTC]
I understand like a teaspoon of that equation. The rest...terrifies me!
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Sekrain In reply to PaintingJo [2015-05-27 20:58:04 +0000 UTC]
Now, reflect the variable T of your sentenceΒ
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PaintingJo In reply to Sekrain [2015-05-27 21:37:51 +0000 UTC]
reflecT The variable T of your senTence
T=4
easy as pi.
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Sekrain In reply to PaintingJo [2015-05-29 19:39:11 +0000 UTC]
Nail it... except that I ask you to do it on your comment, not my comment
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Greyman01 In reply to Sekrain [2015-05-24 23:08:43 +0000 UTC]
But you didn't get gud. (what have you don't to me fnafb....)
Β
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owl-aj26 [2015-05-05 23:49:19 +0000 UTC]
Try to understand. Don't know what the first one is. Last on is for factoring things you can't factor so you can find x. The second one is wrong since it's a constant plus the sum of a real function and an imaginary function. Cos being real and Sin being imaginary, the the imaginary function should be multiplied by i.
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BlueDebut In reply to owl-aj26 [2017-03-22 05:08:15 +0000 UTC]
I know this an old comment but the second one is actually in the right form . It is just the summation of Fourier sine and cosine series, they need not be complex. Indeed, cosine and sine take on real values; their domain being the real number line in this context.
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F1reLicious [2015-03-27 21:21:57 +0000 UTC]
Math would be easy....IF THERE WERENT LETTERS IN IT DUHFUQ
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epicsparklez15 [2015-03-15 23:32:33 +0000 UTC]
Look for the fuck I give for these formulas! :3
Β
Β
Β
Β
I'D GIVE A FUCK BUT I CAN'T FIND THEM!!!
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hurinAliokicolo2 [2015-03-12 07:17:52 +0000 UTC]
i know how you feel XD man that soo me
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Rae-Joker [2015-01-09 02:51:31 +0000 UTC]
Math... It burns!!!!Β It burns us, precious!!!!!!!!!!!
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Crystalwolfdog7 [2015-01-02 21:21:43 +0000 UTC]
i be like: dafuq?! how is that math?! that'sΒ EinsteinsΒ recipe for smart cookies!
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Sekrain In reply to Crystalwolfdog7 [2015-01-06 19:09:49 +0000 UTC]
It is actually math... and the last one is quite easy once you know how to read it (which is kind of easy also)
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Crystalwolfdog7 In reply to Sekrain [2015-01-06 21:52:51 +0000 UTC]
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SutatsuJunkie [2014-11-02 09:08:45 +0000 UTC]
Β I lost everything because of you math! DAM YOU!!!
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Sekrain In reply to ChewyThePuppy [2014-08-23 02:26:21 +0000 UTC]
yeah, that one is simple
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ChewyThePuppy In reply to Sekrain [2014-08-23 02:59:00 +0000 UTC]
Yes, it is indeed simple. I actually enjoy math, so I can't wait to learn about the other two. ^^ I still laughed hard. It actually reminds me of my mother (she asks for my help with mathematics). XD
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KurlozBeebe In reply to KurlozBeebe [2014-07-23 21:38:43 +0000 UTC]
kidding I wanted to sound smart.
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Queenofdragons2 [2014-07-12 00:41:21 +0000 UTC]
I understand the one on the bottom, but not the other two.
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Sekrain In reply to Queenofdragons2 [2014-07-12 01:49:44 +0000 UTC]
Same here. Well, some symbols I understand them (like that sort of big E) but no idea of how to use them or even where
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Poploli123 [2014-04-18 20:21:10 +0000 UTC]
No i understand math and i love it *feel alone and insane*Β
But it's me in my german class xD
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kurino-sama-alpha In reply to Poploli123 [2014-05-15 20:11:14 +0000 UTC]
you are not alone in math!! i recognize the quadratic formula!!! and that beautiful and unique integral!!
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