Linear Programming question in picture 3. Consider the balanced transportation tableauDestinations134Si512148109.Basic CellSources9.1115748.446.3d 63.8(a) Find the solution corresponding to the indicated basic cells.(b) Is the solution found in part (a) optimal? If not, find the optimal solution.tion preblom in ...Linh6.3.2.3.

3. Consider the balanced transportation tableau Destinations 1 3 4 Si 2 3 6. 12 5 4 8 10 9. Basic Cell Sources 9. 3. 11 15 7 4. 4 6. 8 3 4 6. d; 6. 3 8 (a) Find the solution corresponding to the indicated basic cells. (b) Is the solution found in part (a) optimal? If not, find the optimal solution. mablom i:. ...L: in 1.

3. Consider the balanced transportation tableau Destinations 1 3 4 Si 2 3 6. 12 5 4 8 10 9. Basic Cell Sources 9. 3. 11 15 7 4. 4 6. 8 3 4 6. d; 6. 3 8 (a) Find the solution corresponding to the indicated basic cells. (b) Is the solution found in part (a) optimal? If not, find the optimal solution. mablom i:. ...L: in 1.

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

See similar textbooks

Similar questions

Question Mick Karra is the manager of MCZ Drilling Products, which produces a variety of specialty Valves for oil equipment. Recent activity in the oil fields has caused demand to increase drastically, and a decision has been made to open a new manufacturing facility. Three locations are being considered and the size of the facility would not be the same in each location. Thus, overtime might be necessary at times. The following table gives the total monthly cost (in $1,000s) for each possible location under each demand possibility. The probabilities for the demand levels have been determined to be 20% for low demand, 30% for medium demand, and 50% for high demand. Demand is low Demand is medium Demand is High Ardmore, Ok 110 85 150 Sweetwater, Tx 90 100 120 lake Charles, LA 110 120 130 (a) Which location would be selected based on the optimistic criterion? (b) Which location would be selected based on the pessimistic criterion? (f) Which location would minimize the expected…
Question 2: Consider the following model: Minimize Z = 3x, + 2x2, subject to 2r, + x2 2 10 -3x, + 2x2 s 6 2 6 X1 + X2 and X, 2 0, X2 2 0. Part a) Solve it using graphical technique. Part b) Write its dual model and explain how we can find dual optimal solutions from primal solutions.
Question 5: Suppose a brewery uses a Cobb-Douglas production function for his production. He studies the production process and finds the following. An additional machine-hour of fermentation capacity would increase output by 500 bottles per day (i.e. MPK = 500). An additional man-hour of labor would increase output by 1000 bottles per day (i.e. MPL = 1000). The price of a man-hour of labor is $50 per hour. The price of a machine-hour of fermentation capacity is $5 per hour. 3. Suppose that the price of a machine-hour of fermentation capacity rises to $25 per hour. How does this change the answer from part 1?
QUESTION 12 The following is a L.P.P: Max Z= 5X1 + 7X2 + 6X3 (Hundreds of dollars $) s.t: X1 + 4X2 + 2X3 =0 (production capacity; hours) (warehouse capacity; hundreds of sq. ft.) (demand for 6 oz. glasses; hundreds of cases) The optimal solution to the model as follows: Basis Св 5X1 7X2 6X3 0.5 S1 S2 S3 RHS X2 7 -0.5 1 10 S1 -1 1 -3 10 X1 1 1 -1 10 7 8.5 1.5 120 C-z -2.5 -1.5 -2 What effect on the optimal solution (value of Z) ,if we change the profit of X3 from 6 to $3.8 ? Click Save and Submit to save and submit. Click Save All Answers to save all answers. hp
Question 5
Question 2: Consider the network below with distances (shown in rectangles) in miles between the nodes (shown in circles). 1. Briefly describe if it is possible to develop an LP formulation of the above problem and how the the bigger instances of such problems can be solved. 2. Let us suppose you are working as an operations manager at a supermarket responsible for delivery of online orders of grocery items. Briefly describe how you will make use of the Shortest Route problem in the daily efficient delivery operations with given customer orders receiving times.
Question 6
Question 35 In a Goal Program formulation, what statement below best represents a situation in which the Weight factor for a particular % Deviation is given a particularly high value? Cannot be determined (subject to problem data) It begins to approach a Hard Constraint It will distort the Decision Variable solution At some value the Solver solution will be infeasible
QUESTION 8 In the long run, firms will expand as long as there are more. O economies of scale; zero profits O diseconomies of scale; zero profits O economies of scale; positive economic profits O diseconomies of scale; positive economic profits and new firms will enter the industry as long as they earn.
Question No.2. Solve using the simplex method. z = 2x, - x2 + 2x3 Objective function subject to the constraints 2x, + x2 S 10 x, + 2r, - 2r, S 20 Constraints X2 + 2r3 = 5 where x, 2 0, x, 2 0, and x, 0.
Linear programming question
J