Try to Create a good model to describe this growth: 1991-----27 1992-----36 1993-----45 1994-----181 1995-----306 1996-----1093 1997-----2459
1991-----27 1992-----36 1993-----45 1994-----181 1995-----306 1996-----1093 1997-----2459
by first guess would be to take the ration of \(\frac{36}{27}=\frac{4}{3}\) and see if it looks like every year the populations grows by factor of \(\frac{4}{3}\)
I know im suppose to somehow use the stats functions on my graph calc
oh, in any case i was wrong that was just for the first year, growth changes after that
technology is a wonderful thing http://www.wolframalpha.com/input/?i=exponential+%280%2C27%29%2C%281%2C36%29%2C%282%2C45%29%2C%283%2C181%29%2C%284%2C306%29%2C%285%2C1093%29%2C%286%2C2459%29
but we're supposed to do something to make it linear, then work from that
this sure as hell is not linear
we're supposed to make the x axis log or somthing...
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