e) Taking y ( 0) = 55 and a step size of h=1/48, applying four iterations of the Forward Euler Formula to approximate the solution of Eq.(1) yields: $(1/48) ~ Y1 = Þ(2/48) ~ y2 = $(3/48) = y3 = $(4/48) – Y4 =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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How do I do question e?

e) Taking y(0) =55 and a
step size of h=1/48,
applying four iterations
of the Forward Euler
Formula to approximate
the solution of Eq. (1)
yields:
Þ(1/48) ~ y1 =
$(2/48) ~ y2 =
$(3/48) = Y3 =
$(4/48) ~ Y4 =
Transcribed Image Text:e) Taking y(0) =55 and a step size of h=1/48, applying four iterations of the Forward Euler Formula to approximate the solution of Eq. (1) yields: Þ(1/48) ~ y1 = $(2/48) ~ y2 = $(3/48) = Y3 = $(4/48) ~ Y4 =
Suppose that the DE
dy
y(60- y) – 800
dt
(1)
models a logistic
equation with harvesting,
where y (t) represents an
abalone population
(Figure 1) at time t,
measured in years.
a) The per capita growth
rate of the abalone
population is
b) The inhibiting factor
is
Transcribed Image Text:Suppose that the DE dy y(60- y) – 800 dt (1) models a logistic equation with harvesting, where y (t) represents an abalone population (Figure 1) at time t, measured in years. a) The per capita growth rate of the abalone population is b) The inhibiting factor is
Expert Solution
Step 1

Given that,

Differential equation modeling a logistic equation with harvesting, where y(t) represents an abalone population at time t, measured in years is given by

dydt=y(60-y)-800

Also,

 

y(0)=55t0=0 and y0=55h=148

 

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