Question: constraints) (b) Find an initial basic feasible solution using the NW corner method and determine the optimum shipping schedule in the network; show all the

constraints) (b) Find an initial basic feasible solution using the NW

constraints) (b) Find an initial basic feasible solution using the NW corner method and determine the optimum shipping schedule in the network; show all the table iterations using the format and method discussed in class. (c) Find a initial basic feasible solution using the minimum cost method and determine the optimum shipping schedule in the network; show all the table iterations using the format and method discussed in class. (d) Solve this problem using the Excel solver. (e) Assume that the three refineries change their daily capacities to 7, 8, and 10 million gallons, respectively. Find an initial basic feasible solution using the NW corner method and determine the optimum shipping schedule in the network; show all the table iterations using the format discussed in class. (f) Assume that (in the original problem) demands change to 10, 5, and 10 million gallons, respectively. Find an initial basic feasible solution using the minimum cost method and determine the optimum shipping schedule in the network; show all the table iterations using the format discussed in class. Which distribution area will not have its demand completely satisfied? (g) Assume that (in the original problem) demands change to 10, 5, and 10 million gallons, respectively. Assume that distribution Area 3 must have its demand completely satisfied. Find an initial basic feasible solution using the NW corner method and determine the optimum shipping schedule in the network; show all the table iterations using the format discussed in class

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