Ok Denote the owl and wood rat populations at time k by xk = Rk where k is in months, Ok is the number of owls, and R is the number of rats (in thousands). Suppose OK and RK satisfy the equations below. Determine the evolution of the dynamical system. (Give a formula for XK.) As time passes, what happens to the sizes of the owl and wood rat populations? The system tends toward what is sometimes called an unstable equilibrium. What might happen to the system if some aspect of the model (such as birth rates or the predation rate) were to change slightly? Ok+ 1 = (0.4)0k + (0.9)Rk Rk+1=(-0.2)0k +(1.3) Rk

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
Chapter2: Graphical And Tabular Analysis
Section2.3: Solving Linear Equations
Problem 25E
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Ok
Denote the owl and wood rat populations at time k by xk =
Rk
where k is in months, Ok is the number of owls,
and R is the number of rats (in thousands). Suppose OK and RK satisfy the equations below. Determine the
evolution of the dynamical system. (Give a formula for XK.) As time passes, what happens to the sizes of the owl and
wood rat populations? The system tends toward what is sometimes called an unstable equilibrium. What might
happen to the system if some aspect of the model (such as birth rates or the predation rate) were to change slightly?
Ok+ 1 = (0.4)0k + (0.9)Rk
Rk+1=(-0.2)0k +(1.3) Rk
Transcribed Image Text:Ok Denote the owl and wood rat populations at time k by xk = Rk where k is in months, Ok is the number of owls, and R is the number of rats (in thousands). Suppose OK and RK satisfy the equations below. Determine the evolution of the dynamical system. (Give a formula for XK.) As time passes, what happens to the sizes of the owl and wood rat populations? The system tends toward what is sometimes called an unstable equilibrium. What might happen to the system if some aspect of the model (such as birth rates or the predation rate) were to change slightly? Ok+ 1 = (0.4)0k + (0.9)Rk Rk+1=(-0.2)0k +(1.3) Rk
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