1-α B Show that every 2 x 2 stochastic matrix has at least one steady-state vector. Any such matrix can be written in the form P = a 1-B where and are constants between 0 and 1. (There are two linearly independent steady-state vectors if a=B=0. Otherwise, there is only one.) If P is a stochastic matrix, then a steady-state vector, or equilibrium vector, for P is a probability vector q such that Pq=q. Pq=1. Pq=0. Pq=P.
1-α B Show that every 2 x 2 stochastic matrix has at least one steady-state vector. Any such matrix can be written in the form P = a 1-B where and are constants between 0 and 1. (There are two linearly independent steady-state vectors if a=B=0. Otherwise, there is only one.) If P is a stochastic matrix, then a steady-state vector, or equilibrium vector, for P is a probability vector q such that Pq=q. Pq=1. Pq=0. Pq=P.
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
![Show that every 2x2 stochastic matrix has at least one steady-state vector. Any such matrix can be written in the form P =
1-α B
α 1-B
where x and ẞ are constants between 0 and 1. (There are two linearly independent steady-state vectors if a = ß= 0. Otherwise, there is
only one.)
If P is a stochastic matrix, then a steady-state vector, or equilibrium vector, for P is a probability vector q such that
Pq=q
Pq=1.
8]
Pq=0.
Pq=P.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa1eb9583-341c-441a-92df-71697ebf844e%2Fb18ef2be-4e79-43ba-acd8-51b269c0e4b5%2Fw5wssyc_processed.png&w=3840&q=75)
Transcribed Image Text:Show that every 2x2 stochastic matrix has at least one steady-state vector. Any such matrix can be written in the form P =
1-α B
α 1-B
where x and ẞ are constants between 0 and 1. (There are two linearly independent steady-state vectors if a = ß= 0. Otherwise, there is
only one.)
If P is a stochastic matrix, then a steady-state vector, or equilibrium vector, for P is a probability vector q such that
Pq=q
Pq=1.
8]
Pq=0.
Pq=P.
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