Suppose we are modelling the spread of a disease using the SI model on a graph of degree 3. Let p be the probability that the disease spreads across an edge. Which of the following statement is true: If p=0.2, we get an epidemic that is likely to spread to many nodes. If p=0.8, we get an epidemic that is likely to die out fairly quickly. If p=0.3, the epidemic is likely to die out fairly quickly. None of these
Suppose we are modelling the spread of a disease using the SI model on a graph of degree 3. Let p be the probability that the disease spreads across an edge. Which of the following statement is true: If p=0.2, we get an epidemic that is likely to spread to many nodes. If p=0.8, we get an epidemic that is likely to die out fairly quickly. If p=0.3, the epidemic is likely to die out fairly quickly. None of these
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 70E
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Suppose we are modelling the spread of a disease using the SI model on a graph of degree 3. Let p be the probability that the disease spreads across an edge. Which of the following statement is true:
If p=0.2, we get an epidemic that is likely to spread to many nodes.
If p=0.8, we get an epidemic that is likely to die out fairly quickly.
If p=0.3, the epidemic is likely to die out fairly quickly.
None of these
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