On the basis of data collected during an experiment, a biologist found that the growth of a fruit fly population (drosophila) with a limited food supply could be approximated by
n(t) = 600/1+39e^-0.16t
(a) what was the initial fruit fly population in the experiment? where t denotes the number of days since the beginning of the experiment.
(b) what was the population of the fruit fly colony on the t = 11 day? (round your answer to the nearest integer.)

(a). 15

(b). 78

Step-by-step explanation:

Growth of the population of a fruit fly is modeled by

N(t) =

where t = number of days from the beginning of the experiment.

(a). For t = 0 [Initial population]

N(0) =

       =

       =

       = 15

Initial population of the fruit flies were 15.

(b).Population of the fruit fly colony on 11th day.

N(11) =

       =

       =

       =

       =

       = 77.82

       ≈ 78

On 11th day number of fruit flies colony were 78.

answer: 34rtyj,jkhtyetwrhyjeuiejnbhdfknbkguxfrbhkfdbjvkmbd,kvbsd.kxjvbhjnfbgjxdfn

step-by-step explanation:

.there can be infinite values of m and n that can satisfy the above equation. for each value of m of m or n. there maybe infinite sets of solution for the above

step-by-step explanation: