11. The population consists of healthy, ill and hospitalized people. A healthy person remains healthy with probability 0.7 or becomes ill with prob- ability 0.3. An ill person recovers with probability 0.6 or becomes hospitalized with probability 0.4. A hospitalized person may recover with probability 0.5 or remain hospitalized with probability 0.5. Find the number of healthy, ill and hospitalized people after a long run of the illness assuming that initially the number of healthy, ill and hospitalized people is: A. TA = (Healthy, ill, hospitalized) = (h, i, o) = (50, 25, 12) B. UB = (Healthy, ill, hospitalized) = (h, i, o) = (87,0, 0)

11. The population consists of healthy, ill and hospitalized people. A healthy person remains healthy with probability 0.7 or becomes ill with prob- ability 0.3. An ill person recovers with probability 0.6 or becomes hospitalized with probability 0.4. A hospitalized person may recover with probability 0.5 or remain hospitalized with probability 0.5. Find the number of healthy, ill and hospitalized people after a long run of the illness assuming that initially the number of healthy, ill and hospitalized people is: A. TA = (Healthy, ill, hospitalized) = (h, i, o) = (50, 25, 12) B. UB = (Healthy, ill, hospitalized) = (h, i, o) = (87,0, 0)

Name: 11. The population consists of healthy, ill and hospitalized people.
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Description: 11. The population consists of healthy, ill and hospitalized people. Ahealthy person remains healthy with probability 0.7 or becomes ill with prob-ability 0.3. An ill person recovers with probability 0.6 or becomes hospitalizedwith probability 0.4.

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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