Transportation Problem for CeyCanTrans Logistics CeyCanTrans Logistics is a company specializing in eco-friendly transportation of goods....

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Transportation Problem for CeyCanTrans Logistics CeyCanTrans Logistics is a company specializing in eco-friendly transportation of goods. They have several distribution centers and warehouses across the country. The company aims to minimize the environmental impact and transportation costs while meeting the demand at each distribution center and respecting the supply constraints at each warehouse. Supply Points (Warehouses): Warehouse A can supply up to 200 tons of organic products ($ = 200). Warehouse B can supply up to 150 tons of recycled materials (S = 150). Warehouse C can supply up to 180 tons of sustainable goods (s3 = 180). Demand Points (Distribution Centers): Distribution Center X requires 120 tons of organic products (d = 120). Distribution Center Y requires 100 tons of recycled materials (d 100). Distribution Center Z requires 150 tons of sustainable goods (d3 150). Shipping Costs (in dollars per ton): The transportation costs from each warehouse to each distribution center are as follows: Warehouse A Warehouse B Warehouse C X 8 5 9 = Y 6 7 11 Z 10 4 6 Objective: Minimize the total transportation cost and environmental impact. Tasks: 1. Use the North-West Corner Method to find an initial Basic Feasible Solution (BFS). 2. Use the Minimum-Cost Method to find another initial BFS. 3. Apply Vogel's Method to find a third initial BFS. Transportation Problem for CeyCanTrans Logistics CeyCanTrans Logistics is a company specializing in eco-friendly transportation of goods. They have several distribution centers and warehouses across the country. The company aims to minimize the environmental impact and transportation costs while meeting the demand at each distribution center and respecting the supply constraints at each warehouse. Supply Points (Warehouses): Warehouse A can supply up to 200 tons of organic products ($ = 200). Warehouse B can supply up to 150 tons of recycled materials (S = 150). Warehouse C can supply up to 180 tons of sustainable goods (s3 = 180). Demand Points (Distribution Centers): Distribution Center X requires 120 tons of organic products (d = 120). Distribution Center Y requires 100 tons of recycled materials (d 100). Distribution Center Z requires 150 tons of sustainable goods (d3 150). Shipping Costs (in dollars per ton): The transportation costs from each warehouse to each distribution center are as follows: Warehouse A Warehouse B Warehouse C X 8 5 9 = Y 6 7 11 Z 10 4 6 Objective: Minimize the total transportation cost and environmental impact. Tasks: 1. Use the North-West Corner Method to find an initial Basic Feasible Solution (BFS). 2. Use the Minimum-Cost Method to find another initial BFS. 3. Apply Vogel's Method to find a third initial BFS.