If Claude is happy one day, the probability that she's happy the next day is 1. If she's sad one day, the probability that she's sad the next day is 0.2. Over the long term, the probability that she's happy on any day is 1 (Hint: you can answer this using logic and maybe a drawing, equations needed.) no If Hau-Tieng is happy one day, the probability that he's happy the next day is 0.4. If he's sad one day, the probability that he's sad the next day is 1. Over the long term, the probability that he's happy on any day is 0 (Hint: you can answer this using logic and maybe a drawing, no equations needed.) If Suraya is happy one day, the probability that she's happy the next day is 0.7. If Suraya is sad one day, the probability that she's sad the nex day is 0.6. Over the long term, the probability that she's happy on any day is 57.14 (Hint: time to write down a transition matrix and use Markov Chain tools...)

If Claude is happy one day, the probability that she's happy the next day is 1. If she's sad one day, the probability that she's sad the next day is 0.2. Over the long term, the probability that she's happy on any day is 1 (Hint: you can answer this using logic and maybe a drawing, equations needed.) no If Hau-Tieng is happy one day, the probability that he's happy the next day is 0.4. If he's sad one day, the probability that he's sad the next day is 1. Over the long term, the probability that he's happy on any day is 0 (Hint: you can answer this using logic and maybe a drawing, no equations needed.) If Suraya is happy one day, the probability that she's happy the next day is 0.7. If Suraya is sad one day, the probability that she's sad the nex day is 0.6. Over the long term, the probability that she's happy on any day is 57.14 (Hint: time to write down a transition matrix and use Markov Chain tools...)

College Algebra (MindTap Course List)

12th Edition

ISBN:9781305652231

Author:R. David Gustafson, Jeff Hughes

Publisher:R. David Gustafson, Jeff Hughes

Chapter8: Sequences, Series, And Probability

Section8.7: Probability

Problem 44E

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