On the basis of data collected during an experiment, a biologist found that the growth of a fruit fly (Drosophilia) with a limed 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 + 99 e^(-o,28 t)) a) What was the initial fruit fly population in the experiment? _________flies b) What was the population of the fruit fly colony on the 19th day? (Round your answer to the nearest whole number.) ____________ flies
On the basis of data collected during an experiment, a biologist found that the growth of a fruit fly (Drosophilia) with a limed 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 + 99 e^(-o,28 t)) a) What was the initial fruit fly population in the experiment? _________flies b) What was the population of the fruit fly colony on the 19th day? (Round your answer to the nearest whole number.) ____________ flies
Chapter6: Exponential And Logarithmic Functions
Section6.8: Fitting Exponential Models To Data
Problem 1TI: Table 2 shows a recent graduate’s credit card balance each month after graduation. a. Use...
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On the basis of data collected during an experiment, a biologist found that the growth of a fruit fly (Drosophilia) with a limed 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 + 99 e^(-o,28 t))
a) What was the initial fruit fly population in the experiment?
_________flies
b) What was the population of the fruit fly colony on the 19th day? (Round your answer to the nearest whole number.)
____________ flies
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