Linear & Abstract algebra

For any discussion concerning linear, abstract or even element...
Feb 8, 2016 22:50
If you are already very well versed in linear algebra, it might be ... or if you understanding the material in an accelerated rate.
 

 Mathematics

Associated with Math.SE; for both general discussion & math qu...
Oct 28, 2013 05:24
i dont think so :P ... I have come here once before
Oct 28, 2013 05:23
so... how are you?
Oct 28, 2013 05:23
thank you anon!
Oct 28, 2013 05:22
so much better!
Oct 28, 2013 05:22
$\vee$
Oct 28, 2013 05:22
hehe got it!
Oct 28, 2013 05:22
ohhh
Oct 28, 2013 05:21
yeah $\vee$
Oct 28, 2013 05:21
bookmark link?
Oct 28, 2013 05:20
isnt that what latex calls the OR symbol
Oct 28, 2013 05:20
i guess latex doesnt work here
Oct 28, 2013 05:19
$\ve$
Oct 28, 2013 05:19
$\floor(x)$
Oct 28, 2013 05:19
have a good night!
Oct 28, 2013 05:19
lots of cool stuff in number theory :)
Oct 28, 2013 05:18
practice* ... like spelling :P
Oct 28, 2013 05:17
its like any other skill, requires lots of practise
Oct 28, 2013 05:17
no problem dont feel discouraged, proof writing takes time to learn
Oct 28, 2013 05:16
uhh sorry I am a little tired ... that was a bad mistake
Oct 28, 2013 05:14
i think I am making a logical leap ...
Oct 28, 2013 05:14
floor(x) + floor(y) = m + n <=> x + y >= m + n <=> x + y >= floor(x + y) <=> floor(x) + floor(y) >= floor(x+y)
Oct 28, 2013 05:06
think*
Oct 28, 2013 05:06
sorry it should be the case that floor(x) + floor(y) <= floor(x + y)... i thinl
Oct 28, 2013 05:00
and since you know n is a natural number then the floor of it is just the number itself so floor(x + n) = floor(x) + n
Oct 28, 2013 05:00
well there is a theorem that says floor(x + y) <= floor(x) + floor(y)
Nov 18, 2012 19:09
He could just go on OEIS to find patterns
Nov 18, 2012 18:48
How is everybody?
Nov 18, 2012 18:44
Hello everybody!
 

 The h Bar

General chat for Physics SE (physics.stackexchange.com). For M...
Mar 17, 2013 18:29
hello