SOLUTION:
22. (See Week 5 Lecture page “Composite Functions” for a starting point.)
The population of viruses in an influenza culture after t hours is given by the function
x(t) = 4e^t/
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Rational-functions
-> SOLUTION:
22. (See Week 5 Lecture page “Composite Functions” for a starting point.)
The population of viruses in an influenza culture after t hours is given by the function
x(t) = 4e^t/
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Question 1090294:
22. (See Week 5 Lecture page “Composite Functions” for a starting point.)
The population of viruses in an influenza culture after t hours is given by the function
x(t) = 4e^t/2.5
The cost y in dollars for a new automated microscope to count x viruses in a sample is
y(x) = ln 2x
Create the composite function that calculates the cost y in dollars of counting the number of viruses in an influential culture after t hours.
Please write or type legible as well as show work.
