Queueing Theory and Linear Programming 18. Linear mathematical programming techniquesassume that all parameters in the models are:A. known with certainty20. Which of the following pairs of coordinatesrepresents a feasible solution for the inequalities7x +3y 2 50B. unknownC. predictableD. unpredictable2.x +5y 2 20?x, y 20А. (7,1)В. (6,4)С. (3,8)D. (2,3)19. The main purpose of using the non-negativityconstraints in a linear mathematical model is to:A. Restrict the decision variables to negativevalues.B. Violates the constraints of the feasiblesolution.C. Restrict the decision variables to positivevalues.D. Does not violate any of the objectiveconstraints.

We know that a linear programming problem consist of a objective function and a set of constraints.

Answered: 18. Linear mathematical programming…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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linear hw, please show ALL WORK AND LABEL PARTS A AND B
Day Highest Temperature Lowest Temperature Thursday 07/07 24 Degree 14 Degree Friday 08/07 27 Degree 15 Degree Saturday 09/07 25 Degree 15 Degree Sunday 10/07 27 Degree 16 Degree Monday 11/07 29 Degree 16 Degree Tuesday 12/07 31 Degree 17 Degree Wednesday 13/07 29 Degree 15 Degree Thursday 14/07 28 Degree 16 Degree Friday 15/07 28 Degree 17 Degree Saturday 16/07 29 Degree 18 Degree For the data above , use the linear forecasting model which is y = mx + c to calculate and discuss the followings: Show the steps of calculation of m value and discuss the answer. Show the steps of calculation of c value and discuss the answer. Using the calculated 'm' and 'c' values, forecast the temperature for day 11 and day 14. Hint - Use the following formulas to calculate the ‘m’ and ‘c’ values. m = c =

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