According to data collected during one year in a large metropolitan community, 30% of commuters used public transportation to get to work, and this rose by 4% the following year. This is modeled by the transition matrix P P' M= P 0.9 0.1 P' 0.1 0.9 So = [0.3 0.7] where P represents the percentage of people that use public transportation and P' the percentage of people that do not. What percentage of commuters in this communit will use public transportation in the long run? Round the percent to the nearest tenth. OA. 50.0% OB. 37.2% OC. 34.0% O D. 30.0% C

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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According to data collected during one year in a large metropolitan community, 30% of commuters used public transportation to get to work, and this rose by 4% the following year. This is modeled by the transition matrix
P P'
M=
P
P'
0.9 0.1
0.1 0.9
, So = [0.3 0.7]
where P represents the percentage of people that use public transportation and P' the percentage of people that do not. What percentage of commuters in this communit will use public transportation in the long run? Round the percent to
the nearest tenth.
O A. 50.0%
OB. 37.2%
O C. 34.0%
O D. 30.0%
C
Transcribed Image Text:According to data collected during one year in a large metropolitan community, 30% of commuters used public transportation to get to work, and this rose by 4% the following year. This is modeled by the transition matrix P P' M= P P' 0.9 0.1 0.1 0.9 , So = [0.3 0.7] where P represents the percentage of people that use public transportation and P' the percentage of people that do not. What percentage of commuters in this communit will use public transportation in the long run? Round the percent to the nearest tenth. O A. 50.0% OB. 37.2% O C. 34.0% O D. 30.0% C
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