SOLUTION: The logistic growth function f(t)=680/1+21.7e^-0.15t describe the population of a species of butterflies t months after they are introduced to a non-threatening habitat. How many b

Algebra.Com
Question 1130455: The logistic growth function f(t)=680/1+21.7e^-0.15t describe the population of a species of butterflies t months after they are introduced to a non-threatening habitat. How many butterflies are expected in the habitat after 10 months?

Answer by greenestamps(13200)   (Show Source): You can put this solution on YOUR website!


Your calculator can find the answer as easily as mine.

Make sure you enter the expression correctly:


RELATED QUESTIONS

Q5. The logistic growth function f(t) = 400/1+9.0e^-0.22t describes the population of a... (answered by Cromlix)
The logistic growth function f(t) = ((( 400 / 1+9.0e-0.22t ))) describes the population... (answered by KMST)
Solve the problem. The logistic growth function f(t) = 400/1+9.0e-0.22t describes the (answered by Theo)
The logistic growth function f(t) = ((... (answered by jim_thompson5910)
The logistic growth function f(t)= 440/(1+6.3e^(-0.28t)) describes the population of a... (answered by solver91311)
Please help solve the problem. The logistic growth function f(t) = 440/1=6.3e-0.28t... (answered by Theo)
``Please help solve the problem. The logistic growth function f(t) = 440/1+6.3e-0.28t... (answered by josmiceli)
The population growth of an animal species is described by F(t)=500+90 log3 (2t+1) where... (answered by oscargut)
the logistic growth function f(t)= 500/(1+83.3e^-0.162t) describes the population of an... (answered by stanbon)