The number of minnows in a backyard pond is modeled by the equation P(t) =1000/1+9e^-tWhere t is the time in years.a) Determine P(0) and limt->infinity P (t) and explain both their meanings.b) Given that P'(t) = 9000e^−t / (1+9e−t )2 , determine the point of inflection and explain its meaning. 10001+9e-t26.The number of minnows in a back yard pond is modelled by the equation P(t) :=Where is the time in years. [3 marks, 7 marks]P(t)a)Determine P (0) and lim P(t) and explain both their meanings.9000eb)Given that P' (t):=determine the point of inflection and explain its meaning.(1+9e-t)²00×7

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1000 1+9e-t The number of minnows in a back yard pond is modelled by the equation P(t) = Where is the time in years. [3 marks, 7 marks] P(t) Determine P (0) and lim P(t) and explain both their meanings. t→∞0 9000e-t Given that P' (t) determine the point of inflection and explain its meaning. (1+9e-t)² = t

1000 1+9e-t The number of minnows in a back yard pond is modelled by the equation P(t) = Where is the time in years. [3 marks, 7 marks] P(t) Determine P (0) and lim P(t) and explain both their meanings. t→∞0 9000e-t Given that P' (t) determine the point of inflection and explain its meaning. (1+9e-t)² = t

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter4: Polynomial And Rational Functions

Section: Chapter Questions

Problem 15T

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