Use the following information to answer questions 4 & 5:The following table is adapted from a paramecium culture experiment. The data showthe paramecium population N as a function of time t in days.3 56 89 10 11t2N113391188 328 | 415 | 507577 a.) According to the logistic model in question 4, what is the carrying capacity?b.) According to the logistic model in question 4, how many days will it take for thepopulation to reach 60% of the carrying capacity? (Round to 2 decimal places.) DON'TFORGET THE LABEL!!

The standard logistic function is defined by the equation, P=L1+Be-kt . Here, L is the carrying…

a.) According to the logistic model in question 4, what is the carrying capacity? b.) According to the logistic model in question 4, how many days will it take for the population to reach 60% of the carrying capacity? (Round to 2 decimal places.) DON'T FORGET THE LABEL!!

a.) According to the logistic model in question 4, what is the carrying capacity? b.) According to the logistic model in question 4, how many days will it take for the population to reach 60% of the carrying capacity? (Round to 2 decimal places.) DON'T FORGET THE LABEL!!

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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