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Consider the following linear programming problem:
Min A + 2Bs.t.A+ 4B <= 212A + B >= 73A = 1.5B >= 21-2A + 6b >= 0A, B >= 0
Find the optimal solution suing the graphical solution proceduce and the value of the objctive function
Determine the amount of slack or surplus for each contraint
Suppose the objective function is changed to max 5A + 2B. Find the optimal soultion and the value of the objective function.
Vital information about Quantitative analysis:Networks, PERT, critical path. A project was planned using PERT with three times estimates. The expected completion time of the project was determined to br 40 weeks
Find the ninety-five percent confidence interval for the standard deviation of the ounces of coffee that a machine dispenses in 12-oiince cups. Suppose the variable & normally distributed.
Find the point on the graph of y= e^x at which the curvature is the greatest. Write the equation for the surface generated by revolving the curve x^2 - 2y^2 = 1 about the y-axis. Describe the surface
Using the definition of the derivative and any standard limiting theorems, show that the derivative of (sinx)^2 is sin(2x).
what is a tesselate?
To determine whether the system described is a group. G = set of all integers, a.b = a - b
How many of each should you purchase to minimize the total cost? (b) What is the total cost?
Write the equation of a line perpendicular to the given line but passing through the given point.
Random Variables : Probability, Mean and Variance, Let the continuous r.v.X denote the weight (in pounds) of a package. The range of weight of the package is between 45 and 60 pounds.
How do you solve for the conditional probability of a false positive for a cancer test?, An experimental test to detect a particular type of cancer indicates the presence of cancer in 90% of individuals known to have this type of cancer, and in 15..
Mary and Tom park their cars in an empty parking lot with n≥2 consecutive parking spaces (i.e, n spaces in a row, where only one car fits in each space). Mary and Tom pick parking spaces at random. (All pairs of parking spaces are equally likely.)..
23% of the seniors at a high school failed pre-calculus. If 1138 students failed pre-calculus, how many seniors are at this high school?
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