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Describe the cost C(x), in millions of dollars to inoculate x % of the Canadian population against a particularly virulent strain of flu
C(x)=130x____100-x
a) sketch the rational function showing only the regions of the curve that are relevant in the context of this problem (ie. an appropriate domain)
b) explain the behavior of the function around its vertical asymptote using the appropriate mathematical symbols. Explain what this asymptote represents in the context of this problem
c) In order to reasonably utilize the available health care resources a decision on a cost-benefits basis must be made as the % of the population that will be inoculated. What is a reasonable percentage? Explain and justify your decision.
You pay $6 to play a game where you will roll a die, with a payoff as follows: $8 for a 6, $7 for a 5, and $4 for any other result. What are your expected winnings? Is the game fair?
Formulate this problem as an LP solve using Solver in Excel, From the sensitivity analysis, which warehouse site should have had more paper allocated to it at the start of the week and by how much per tonne would the overall cost of transport have..
Please solve for the following: Find a particular solution to, Solve: A Second Order ODE y'' + 5y' +4y = -13te^(3t)
We will take steps to find the tangent line to the graph of f at the general point (x,f(x)), and use it to find a tangent line with a specific property.
Calculate the probability that a person for whom the test result is positive has the disease
Objective questions based on regression.
Find the linear correlation coefficient
The expected gains & losses under each economic type of conditions are shown in the following table.
Construct appropriate probabilistic models - appropriate probabilistic model and find the probability of getting doubles.
Using the Library, web resources, and/or other materials, find a real-life application of a linear function. State the application, give the equation of the linear function, and state what the x and y in the application represent.
As reported by Runner's World magazine, the times of the finishers in the New York City 10-km run are normally distributed with a mean of 61 minutes and a standard deviation of 9 minutes. Let X be the finishing time for a finisher in the New York ..
Find all the xed points, and study their stability and Draw the phase portrait of the system, as well as the graphs of the solutions in all relevant cases.
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