Posted by **Jemima** on Thursday, July 19, 2012 at 10:49pm.

On the basis of data collected during an experiment, a biologist found that the growth of a fruit fly (Drisophila) with a limited food supply could be approximated by the exponential model below where t denotes the number of days since the beginning of the experiment.

n(t)=400/1+39e^-.2t

(a) What was the initial fruit fly population in the experiment?

flies

(b) What was the maximum fruit fly population that could be expected under this laboratory condition?

flies

(c) What was the population of the fruit fly colony on the 14th day?

flies

(d) How fast was the population changing on the 14th day?

## Answer This Question

## Related Questions

- Calculus - On the basis of data collected during an experiment, a biologist ...
- calculus - The number of Drosophila fruit flies in a controlled experiment ...
- calculus - The number of Drosophila fruit flies in a controlled experiment ...
- Algebra - This question deals with Exponential Growth and Decay Test. Question:...
- Algebra - The number of bacteria in a certain population increases according to ...
- statistic - Scientists are studying the population of a particular type of fish...
- statistic - cientists are studying the population of a particular type of fish. ...
- statistic - cientists are studying the population of a particular type of fish. ...
- algebra - In 1990, the population of Africa was 643 million and by 2000 it had ...
- algebra - Researchers use formula f(t) = Pe^rt to model the population of fruit ...

More Related Questions