/sci/ - Science & Math

>>1613325
Aliens

>>1613267
You try too hard kid.

I'd say Differential Geometry, Differential Topology/Manifold Theory and Tensor Analysis/Calculus helps.

I see where this is going.
Here's a link to the website with the notes. Now fuck off OP.

http://tutorial.math.lamar.edu/Classes/LinAlg/LinAlg.aspx

Get educated on real algebra motherfucker.

http://www.jmilne.org/math/CourseNotes/CM.pdf

>>1600651
( t , x , y , z ) in X^4R. The movement of objects in spatial coordinates is given by the projection into X^3R by holding t.

( t , x , y , z ) in X^4R. The movement of objects in soatial coordinates is given by the projection into X^3R by holding t.

nuff said.

>>1600643
I don't like you.

>>1600557
Tripfags dammit. Fucking tripfags.

http://www.youtube.com/watch?v=wdMvQTNLaUE

I don't buy the documentaries, but here is one so you can form your opinion.
It possible that some of the footage with regards to the apollo program are fake, but not all.

Possibly the fact that vampires don't exist.

>>1600515
>Assuming I'm human

>>1600263
...You mean Americans...right...like assuming everyone here is American?
Yes, I'm Canadian.

>My face

178 posts. You guys are just sad.

>>1599913
Other Bill. I was talking about the thread. The movie is an entertaining Horror/thriller.

>>1599904
No man gets lefts behind.

This concept is just messed up guys.

Joey from friends.

>>1598059
Don't count on it.

>>1598140
-->EE.

>>1598035
Same boat; except if Hayley's comet is coming in ~51 years...are you suggesting you're at your end around age 71?

>>1595407
Stupid LaTeX.

y=exp(x+C)
y=exp(x)exp(C)
y=exp(x)M=Mexp(x)

The first case.
<div class="math">1=y^{-1}\, \frac{\mathrm{d} y}{\mathrm{d} x}</div>
<div class="math">\int 1\, dx=\int y^{-1}\, \frac{\mathrm{d} y}{\mathrm{d} x}\: dx</div>
However, dy/dx*dx=dy by the properties of the exterior derivative.
<div class="math">\int dx=\int y^{-1}dy</div>
<div class="math">x+C=\log y</div>
<div class="math">y=\textrm{exp}(x+C)</div>
<div class="math">y=\textrm{exp}(x)\textrm{exp}(C)</div>
but exp(C) is a constant, let exp(C)=M
Thus,
<div class="math">y=M\: \textrm{exp}(x)</div>

The other one is just about as easy to find out.
Sorry for the obscure notation.