A biologist doing an experiment has a bacteria population cultured in a petri dish. After measuring, she finds that there are 98.5 million bacteria infected with the zeta-virus and 26.4 million infection-free bacteria. Her theory predicts that 20% of infected bacteria will remain infected over the next hour, while the remaining of the infected manage to fight off the virus in that hour. Similarly, she predicts that 20% of the healthy bacteria will remain healthy over the hour while the remaining of the healthy will succumb to the affliction. Modeling this as a Markov chain, use her theory to predict the population of non-infected bacteria after 1 hour(s). [Round to 3 significant figures.] O a) 25 million Ob) 84.1 million Oc) 40.8 million O d) 99.9 million
A biologist doing an experiment has a bacteria population cultured in a petri dish. After measuring, she finds that there are 98.5 million bacteria infected with the zeta-virus and 26.4 million infection-free bacteria. Her theory predicts that 20% of infected bacteria will remain infected over the next hour, while the remaining of the infected manage to fight off the virus in that hour. Similarly, she predicts that 20% of the healthy bacteria will remain healthy over the hour while the remaining of the healthy will succumb to the affliction. Modeling this as a Markov chain, use her theory to predict the population of non-infected bacteria after 1 hour(s). [Round to 3 significant figures.] O a) 25 million Ob) 84.1 million Oc) 40.8 million O d) 99.9 million
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
![A biologist doing an experiment has a bacteria population
cultured in a petri dish. After measuring, she finds that there are
98.5 million bacteria infected with the zeta-virus and 26.4 million
infection-free bacteria. Her theory predicts that 20% of
infected bacteria will remain infected over the next hour, while the
remaining of the infected manage to fight off the virus in that hour.
Similarly, she predicts that 20% of the healthy bacteria will
remain healthy over the hour while the remaining of the healthy will
succumb to the affliction. Modeling this as a Markov chain,
use her theory to predict the population of non-infected
bacteria after 1 hour(s). [Round to 3 significant figures.]
O a) 25 million
Ob) 84.1 million
O c) 40.8 million
d) 99.9 million](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F05500500-114e-4276-a5a0-70319270c08c%2F3b704b66-23d5-40e6-bf9d-2cd986c4b249%2Fmc7rmx5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A biologist doing an experiment has a bacteria population
cultured in a petri dish. After measuring, she finds that there are
98.5 million bacteria infected with the zeta-virus and 26.4 million
infection-free bacteria. Her theory predicts that 20% of
infected bacteria will remain infected over the next hour, while the
remaining of the infected manage to fight off the virus in that hour.
Similarly, she predicts that 20% of the healthy bacteria will
remain healthy over the hour while the remaining of the healthy will
succumb to the affliction. Modeling this as a Markov chain,
use her theory to predict the population of non-infected
bacteria after 1 hour(s). [Round to 3 significant figures.]
O a) 25 million
Ob) 84.1 million
O c) 40.8 million
d) 99.9 million
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