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OpenStudy (anonymous):
OpenStudy (anonymous):
@jim_thompson5910 can you help me?
jimthompson5910 (jim_thompson5910):
because x is in the exponent on the left side and not in the exponent on the right side, you have to use a graphing calculator (or a computer) to find the approximate solution
jimthompson5910 (jim_thompson5910):
x represents the number of days, so it's not possible to have a negative number of days
that's why \[\Large x \ge 0\] is your restriction. This forces x to be either 0 or positive.
jimthompson5910 (jim_thompson5910):
that is correct
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jimthompson5910 (jim_thompson5910):
and see where they intersect
jimthompson5910 (jim_thompson5910):
correct
jimthompson5910 (jim_thompson5910):
graph each on the same set of xy axis
jimthompson5910 (jim_thompson5910):
I'm getting the same thing
jimthompson5910 (jim_thompson5910):
it looks it, then on day 1, it can eat the entire population again
at first, the population is 1 fly, then the next day is 3 flies
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jimthompson5910 (jim_thompson5910):
I think that IF the iguana ate the one fly, then the population wouldn't be able to continue. Then again, you need at least 2 flies to reproduce to increase the size of the population, but this is just a hypothetical problem.