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View Full Version : pic: 604 - A nice clean integral

Eugene Fang
09-10-2008, 12:03
[cdm-description=photo]31906[/cdm-description]
Qbranch
09-10-2008, 12:04
By fundamental theorem of calculus... doesn't this mean your team is only defined from 9 to 5? How do you get your robot finished?! :ahh:

-q
Russ Beavis
09-10-2008, 12:11
Actually, I think they're really defined from 5(PM) to 9(AM).

:D
Qbranch
09-10-2008, 16:00
Actually, I think they're really defined from 5(PM) to 9(AM).

:D

touche'. :o

-q
DonRotolo
09-10-2008, 20:58
Actually, I think they're really defined from 5(PM) to 9(AM).
I disagree, I think Qbranch had it right - 9 am to 5 am....:eek:
ComradeNikolai
09-10-2008, 21:00
I disagree, I think Qbranch had it right - 9 am to 5 am....:eek:

Wouldn't it be 5 am to 9 am?
Eugene Fang
09-10-2008, 21:57
Wouldn't it be 5 am to 9 am?

Of course not; we love working 20 hour days!! :P
ComradeNikolai
09-10-2008, 22:11
Looking at it logically, though, one would use 24 hour time so you don't have two y values for the same x value; else it would not be a function. The domain of the function MUST be 0 < x < 24, then (I see no modulus operator in there). 5 and 9 both correspond to 5 am and 9 am, but either in pm would be 12 hours later.
artdutra04
09-10-2008, 23:20
Only on CD would people debate calculus problems involving time and team numbers... :ahh:
s_forbes
09-10-2008, 23:32
...So then that means that the Thunderchickens only work from 8 to 9 am? They're even more incredible than I thought!
GaryVoshol
10-10-2008, 08:45
...So then that means that the Thunderchickens only work from 8 to 9 am? They're even more incredible than I thought!No, that's when they sleep.
Taylor
10-10-2008, 09:12
5 am on 1/3/09 til 9 pm on 2/17/2009
DonRotolo
10-10-2008, 17:24
The domain of the function MUST be 0 < x < 24, then (I see no modulus operator in there).You have a good point there, I concede...
5 am on 1/3/09 til 9 pm on 2/17/2009
Um, yeah...that's what I meant!