Multiple Choice
Table 15-3
Cuthbert Wylinghauser is a scheduler of transportation for the state of Delirium. This state contains three cities: Chaos (C1) , Frenzy (C2) , and Tremor (C3) . A transition matrix, indicating the probability that a resident in one city will travel to another, is given below. Cuthbert's job is to schedule the required number of seats, one to each person making the trip (transition) , on a daily basis.
C F T
Transition matrix: ![Table 15-3 Cuthbert Wylinghauser is a scheduler of transportation for the state of Delirium. This state contains three cities: Chaos (C<sub>1</sub>) , Frenzy (C<sub>2</sub>) , and Tremor (C<sub>3</sub>) . A transition matrix, indicating the probability that a resident in one city will travel to another, is given below. Cuthbert's job is to schedule the required number of seats, one to each person making the trip (transition) , on a daily basis. C F T Transition matrix: π(0) = [100, 100, 100] -Using the data given in Table 15-3, find the equilibrium travel population for Frenzy (rounded to the nearest whole person) . A) 126 B) 95 C) 79 D) 100 E) None of the above](https://d2lvgg3v3hfg70.cloudfront.net/TB2951/11eab9f8_75de_6ac3_b53a_65192602d25c_TB2951_11_TB2951_11_TB2951_11_TB2951_11.jpg)
![Table 15-3 Cuthbert Wylinghauser is a scheduler of transportation for the state of Delirium. This state contains three cities: Chaos (C<sub>1</sub>) , Frenzy (C<sub>2</sub>) , and Tremor (C<sub>3</sub>) . A transition matrix, indicating the probability that a resident in one city will travel to another, is given below. Cuthbert's job is to schedule the required number of seats, one to each person making the trip (transition) , on a daily basis. C F T Transition matrix: π(0) = [100, 100, 100] -Using the data given in Table 15-3, find the equilibrium travel population for Frenzy (rounded to the nearest whole person) . A) 126 B) 95 C) 79 D) 100 E) None of the above](https://d2lvgg3v3hfg70.cloudfront.net/TB2951/11eab9f8_75de_91d4_b53a_37f786bf4665_TB2951_11_TB2951_11_TB2951_11_TB2951_11.jpg)
π(0) = [100, 100, 100]
-Using the data given in Table 15-3, find the equilibrium travel population for Frenzy (rounded to the nearest whole person) .
A) 126
B) 95
C) 79
D) 100
E) None of the above
Correct Answer:
Verified
Correct Answer:
Verified
Q20: In Markov analysis, the row elements of
Q29: In the long run,in Markov analysis,<br>A)all state
Q31: The probabilities in any column of the
Q44: Markov analysis assumes that while a member
Q45: Table 15-3<br>Cuthbert Wylinghauser is a scheduler of
Q53: Table 15-1<br>The following data consists of a
Q59: Where P is the matrix of transition
Q66: The copy machine in an office is
Q71: What do we do when solving for
Q77: (n + 1)= nP