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12. Here, just for you:

Mon Dec 23, 2013, 01:52 PM

Dec 2013

Exponential Growth:

If N is the initial population and the growth rate is k then the population N at time t is:

N = N(sub o) e^kt , where k > 0

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My mind is blown! Growth is deadly. [View all] Courtesy Flush Dec 2013 OP

This message was self-deleted by its author elocs Dec 2013 #1

Maybe. truebluegreen Dec 2013 #3

This message was self-deleted by its author elocs Dec 2013 #4

I'm afraid I have to go with Hansen's assessment. truebluegreen Dec 2013 #7

I just posted this too, truebluegreen Dec 2013 #2

Luddite is my birth stone! Courtesy Flush Dec 2013 #5

Thank you! truebluegreen Dec 2013 #6

That line is now stolen. DamnYankeeInHouston Dec 2013 #9

Yea, except that resource usage and population don't work that way. eggplant Dec 2013 #8

Every single time you post this chervilant Dec 2013 #11

Sigh. eggplant Dec 2013 #14

Here, just for you: chervilant Dec 2013 #12

You might want to look up the term bifurcation fractal localroger Dec 2013 #15

You completely misunderstand this localroger Dec 2013 #17

Humans are the ultimate ponzi scheme. DamnYankeeInHouston Dec 2013 #10

I used to use this video to teach exponential growth to my precalc class. freedom fighter jh Dec 2013 #13