The table below shows the following information:Costs of shipping between warehouses and storesSupply in each warehouseDemand at each store1) Determine the optimal solution and write out your complete answers. Write out your complete optimal solution.2) Explain the type of transportation problem this is.3) After solving for the optimum solution, what strategies would you recommend to the company? This table represents a distribution matrix between warehouses and stores, illustrating the supply chain logistics.**Structure of the Table:**- **Rows:** - Warehouses: Smithville, Eastwood, Burlington - Supply, Demand Totals- **Columns:** - Stores: Torrance, Ibiza, Frendelton, Scynthe - Total Supply **Details:**1. **Warehouse to Store Distribution:** - Smithville: - Torrance: 8 units - Ibiza: 6 units - Frendelton: 12 units - Scynthe: 9 units - Total Supply: 100 units - Eastwood: - Torrance: 5 units - Ibiza: 5 units - Frendelton: 10 units - Scynthe: 8 units - Total Supply: 100 units - Burlington: - Torrance: 3 units - Ibiza: 2 units - Frendelton: 9 units - Scynthe: 10 units - Total Supply: 100 units2. **Store Demand:** - Torrance: Total demand is 150 units - Ibiza: Total demand is 60 units - Frendelton: Total demand is 45 units - Scynthe: Total demand is 45 units**Notes:**- The supply for each warehouse (100 units) matches the total demand across all stores (300 units), indicating a balanced supply-demand scenario.- This matrix helps in optimizing logistics by identifying supply and demand needs for efficient distribution.

Name: The table below shows the following information:Costs of shipping betw
Uploaded: 2024-03-20T07:07:26.000Z
Channel: Bartleby
Description: The table below shows the following information:Costs of shipping between warehouses and storesSupply in each warehouseDemand at each store1) Determine the optimal solution and write out your complete answers. Write out your complete optimal solution