Am I the only one that gets horny watching this?
breakdancer100 1 week ago
by the way, via the dominated convergence theorem which says that since e^x dominates x^n in the limit as x goes to infinity, the convergence of series is guaranteed?
omicron8251 2 months ago
This has been flagged as spam show
if you have IPHONE or IPAD and you want to calculate integrals check out this app:
itunes.apple.com/us/app/integrals/id471022211?mt=8
bebefore3 4 months ago
I somehow like Math again.
Alternativerealm 4 months ago
SEXY
OrangutanNationz 4 months ago
I can spend hours looking her recitations. Actually I did.
GustavoSegundoG 9 months ago 3
Probably integral from R to infinity of e^-(1/2*x) dx = -2*e^-(1/2*x) + Constant. I think that infinity is not a number.
stan021 10 months ago
Great videos.
leoqaz003 11 months ago
Very good lection, and presented by a Delightfully pretty teacher much better
iftoledo 1 year ago
I would take n+2
sanGuziy 1 year ago
Well done! I really enjoyed how you solved this!
ehasko 1 year ago
O.O ... [crawls back to college algebra]...
twstdelf 1 year ago 5
Am I the only one that gets horny watching this?
breakdancer100 1 week ago
by the way, via the dominated convergence theorem which says that since e^x dominates x^n in the limit as x goes to infinity, the convergence of series is guaranteed?
omicron8251 2 months ago
This has been flagged as spam show
if you have IPHONE or IPAD and you want to calculate integrals check out this app:
itunes.apple.com/us/app/integrals/id471022211?mt=8
bebefore3 4 months ago
I somehow like Math again.
Alternativerealm 4 months ago
SEXY
OrangutanNationz 4 months ago
I can spend hours looking her recitations. Actually I did.
GustavoSegundoG 9 months ago 3
Probably integral from R to infinity of e^-(1/2*x) dx = -2*e^-(1/2*x) + Constant. I think that infinity is not a number.
stan021 10 months ago
Great videos.
leoqaz003 11 months ago
Very good lection, and presented by a Delightfully pretty teacher much better
iftoledo 1 year ago
I would take n+2
sanGuziy 1 year ago
Well done! I really enjoyed how you solved this!
ehasko 1 year ago
O.O ... [crawls back to college algebra]...
twstdelf 1 year ago 5