In a city of 7.00 thousand, there are initially 0.13 thousand flu cases. In the absence of limiting factors, the cumulative number flu cases is expected to grow by 21% per week.
?
A: Make a logistic model of the cumulative number F, in thousands, of flu cases after t weeks.
?
B: Plot the graph of the model you found in part A over the first 35 weeks.
?
C: At what cumulative number of flu cases will the disease be spreading at the fastest rate? Round your answer to two decimal places, if necessary.
?
D: When will the cumulative number of flu cases reach the level you found in part C? Round your answer to the nearest whole number.
?
?
What will be an ideal response?
A: 
?
B:?
?
C: 3.50 thousand
?
D: After 21 weeks
Mathematics
You might also like to view...
Find the curvature of the space curve.r(t) = ti + (sinh t)j + (cosh t)k
A. ? = 
B. ? = sinh2 t
C. ? = cosh2 t
D. ? = 
Mathematics
Find the value of x. Assume all angle measures are given in degrees.
A. 31° B. 30° C. 32° D. 29°
Mathematics
Simplify by factoring. Assume that any variable in a radicand represents a positive real number.
A. y2
B. 2y
C. 2y2
D. 
Mathematics
Multiply.(2 - 
)(4 - 
)
A. 8 - 5x
B. 8 - 6
- x
C. 8 - 5
D. 8 - 6
+ x
Mathematics