Jaya Industries and Gus Corporation supply three firms (Saul, McGill, Walter) with customized digital safes for...

 

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Jaya Industries and Gus Corporation supply three firms (Saul, McGill, Walter) with customized digital safes for their offices. Both Jaya and Gus order safes from the same two manufacturers, Ehrmantraut Manufacturers and Safeman, Inc. Currently, weekly demands by the users are 40 for Saul, 50 for McGill, and 60 for Walter. Both Ehrmantraut and Safeman can supply at most 80 units to its customers. Because of long standing contracts based on past orders, unit costs from the manufacturers to the suppliers are: Jaya Gus Ehrmantraut Safeman 7 5 Jaya Gus The cost to install the safe at the various locations are: Saul McGill Walter 4 4 2 4 5 (a) Draw a network to represent the above transshipment problem. (b) Write the linear program formulation. (c) Solve the problem. What is the optimal solution and associated objective function value. Jaya Industries and Gus Corporation supply three firms (Saul, McGill, Walter) with customized digital safes for their offices. Both Jaya and Gus order safes from the same two manufacturers, Ehrmantraut Manufacturers and Safeman, Inc. Currently, weekly demands by the users are 40 for Saul, 50 for McGill, and 60 for Walter. Both Ehrmantraut and Safeman can supply at most 80 units to its customers. Because of long standing contracts based on past orders, unit costs from the manufacturers to the suppliers are: Jaya Gus Ehrmantraut Safeman 7 5 Jaya Gus The cost to install the safe at the various locations are: Saul McGill Walter 4 4 2 4 5 (a) Draw a network to represent the above transshipment problem. (b) Write the linear program formulation. (c) Solve the problem. What is the optimal solution and associated objective function value.

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a The network representation of the transshipment problem can be depicted as follows 40 50 60 Saul M... View the full answer