Consider the following linear non-homogeneous recurrence relation where go = 1,91 = 3and gn+1 = 79n – 10g,-1+n+fbr n > 1 The reduced closed form of g, can be represented as g,n = +(P x p" +Q x q" + Sn +wTière p and q are the solutions of the characteristic equation of the recurrence. Given that, pis smaller than q. Here, P,Q, S,T, Are all integers. What is the value of P? What is the value of Q? What is the value of S? What is the value of T?

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
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Consider the following linear non-homogeneous recurrence relation where go = 1,91 = 3and gn+1 = 79n – 10g,-1+n+fbr n > 1 The reduced
closed form of g, can be represented as g,n = †(P × p" +Q × q" + Sn +wTière p and q are the solutions of the characteristic equation of the
recurrence. Given that, pis smaller than q. Here, P,Q, S,T, Are all integers.
What is the value of P?
What is the value of Q?
What is the value of S?
What is the value of T?
Transcribed Image Text:Consider the following linear non-homogeneous recurrence relation where go = 1,91 = 3and gn+1 = 79n – 10g,-1+n+fbr n > 1 The reduced closed form of g, can be represented as g,n = †(P × p" +Q × q" + Sn +wTière p and q are the solutions of the characteristic equation of the recurrence. Given that, pis smaller than q. Here, P,Q, S,T, Are all integers. What is the value of P? What is the value of Q? What is the value of S? What is the value of T?
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