The poaching model for Species X isX' = 0.000769 X (1 – X) – 0.000846where the variable X represents the population ofSpecies X and X0 = 1143 when t 0. Use Euler'smethod with At = 0.2, to approximate the populationof Species X (to the nearest integer) when t = 4.a)359O b)238210O d)117O e)151

Let ft,X=0.000769X1-X-0.000846. Substitute 0 for n, 0.2 for h, 0 for t0 and 1143 for X0 in the…

The poaching model for Species X is X' = 0.000769 X (1 – X) – 0.000846 where the variable X represents the population of %3D Species X and Xo = 1143 when t = 0. Use Euler's method with At = 0.2, to approximate the population of Species X (to the nearest integer) when t = 4. a) 359 b) 238 210 d) 117 e) 151

The poaching model for Species X is X' = 0.000769 X (1 – X) – 0.000846 where the variable X represents the population of %3D Species X and Xo = 1143 when t = 0. Use Euler's method with At = 0.2, to approximate the population of Species X (to the nearest integer) when t = 4. a) 359 b) 238 210 d) 117 e) 151

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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Question

The poaching model for Species X is
X' = 0.000769 X (1 – X) – 0.000846
where the variable X represents the population of
Species X and X0 = 1143 when t 0. Use Euler's
method with At = 0.2, to approximate the population
of Species X (to the nearest integer) when t = 4.
a)
359
O b)
238
210
O d)
117
O e)
151

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