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A population follows a logistic DDS given by a) Determine the growth rate r. Pa = 1.575pm-1-0.00011p²-1 Round to three decimal places. b) Determine the carrying capacity. Carrying capacity - c) State the equilibrium values for this population. Smaller pe Larger pe= Round to the nearest integer value. Round to the nearest integer value. Round to the nearest integer value.

A population follows a logistic DDS given by a) Determine the growth rate r. Pa = 1.575pm-1-0.00011p²-1 Round to three decimal places. b) Determine the carrying capacity. Carrying capacity - c) State the equilibrium values for this population. Smaller pe Larger pe= Round to the nearest integer value. Round to the nearest integer value. Round to the nearest integer value.

Advanced Engineering Mathematics
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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A population follows a logistic DDS given by a) Determine the growth rate r. r = b) Determine the carrying capacity. Smaller pe= Pe Pn = 1.575pn-1-0.00011p²-1 Carrying capacity= c) State the equilibrium values for this population. Larger pe Round to three decimal places. Round to the nearest integer value. . Round to the nearest integer value. Round to the nearest integer value.
Transcribed Image Text:A population follows a logistic DDS given by a) Determine the growth rate r. r = b) Determine the carrying capacity. Smaller pe= Pe Pn = 1.575pn-1-0.00011p²-1 Carrying capacity= c) State the equilibrium values for this population. Larger pe Round to three decimal places. Round to the nearest integer value. . Round to the nearest integer value. Round to the nearest integer value.
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