The following table summarizes the number of deceased beetles under autolysis (the destruction of a cell after its death by the action of its ow enzymes) and putrefaction (decomposition of organic matter, especially protein, by microorganisms, resulting in production of foul-smelling matter): autolysis high low high 15 69 low 18 10 6 putrefaction Round your answers to three decimal places (e.g. 98.765). a. If the autolysis of a sample is high, what is the probability that the putrefaction is low? b. If the putrefaction of a sample is high, what is the probability that the autolysis is high? c. If the putrefaction of a sample is low, what is the probability that the autolysis is low?
The following table summarizes the number of deceased beetles under autolysis (the destruction of a cell after its death by the action of its ow enzymes) and putrefaction (decomposition of organic matter, especially protein, by microorganisms, resulting in production of foul-smelling matter): autolysis high low high 15 69 low 18 10 6 putrefaction Round your answers to three decimal places (e.g. 98.765). a. If the autolysis of a sample is high, what is the probability that the putrefaction is low? b. If the putrefaction of a sample is high, what is the probability that the autolysis is high? c. If the putrefaction of a sample is low, what is the probability that the autolysis is low?
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section: Chapter Questions
Problem 57RE
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Transcribed Image Text:The following table summarizes the number of deceased beetles under autolysis (the destruction of a cell after its death by the action of its own
enzymes) and putrefaction (decomposition of organic matter, especially protein, by microorganisms, resulting in production of foul-smelling
matter):
autolysis
high low
high 15 69
low 18 10
6
putrefaction
Round your answers to three decimal places (e.g. 98.765).
a. If the autolysis of a sample is high, what is the probability that the putrefaction is
low?
b. If the putrefaction of a sample is high, what is the probability that the autolysis is
high?
c. If the putrefaction of a sample is low, what is the probability that the autolysis is
low?
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