Question: a. In Example 5, show that for the regular stochastic matrix P, the sequence of successive powers P. P2.P3,. . . approaches a stable matrix

a.

a. In Example 5, show that for the regulara. In Example 5, show that for the regulara. In Example 5, show that for the regular
In Example 5, show that for the regular stochastic matrix P, the sequence of successive powers P. P2.P3,. . . approaches a stable matrix F, where the entries in each column of are equal to the corresponding entries in the steady state matrix X. Repeat for several other regular stochastic matrices P and corresponding steady state matrices X. In Example 5, show that for the regular stochastic matrix P, the sequence of successive powers P. P2.P3,. . . approaches a stable matrix F, where the entries in each column of are equal to the corresponding entries in the steady state matrix X. Repeat for several other regular stochastic matrices P and corresponding steady state matrices X. Proof Prove that when P is a regular stochastic matrix, the corresponding regular Markov chain PXO, P2X , P3X0, . . . approaches a unique steady state matrix X

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