Question: Below is a balanced transportation table for a minimization problem. a) Show that the solution BV = {X11,X13, X24, X31, X32, 443, X44) is the

Below is a balanced transportation table for a
Below is a balanced transportation table for a minimization problem. a) Show that the solution BV = {X11,X13, X24, X31, X32, 443, X44) is the optimal solution and calculate the total cost b) In which ranges can the objective function coefficients (C11C31) of X11, X31 be changed together so that the solution in Aremains the same? c) The supply of the first supply point has been changed to su = 150 + A and the demand for the 4th demand point changed to do = 180 + 1. For which values of A does the solution remain optimal? What happens if A = 60? What is the new solution? DI D2 D3 D4 Supply 0 2 6 10 SI 150 16 6 10 4 S2 50 10 8 18 20 S3 90 S4 12 8 10 160 Demand 100 50 120 180

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