want to normal solution. not excel solution.

Q3. Turkish railways offering the trip demands and fares in three cities; Konya, Eskiehir and Ankara shown in Table-1. The incidence variables for these trips are also shown in Table-2. The capacity of first train is 410 and second train is 580. What is the optimal network model? [25p) Table-1. Fares and demands of the trips Number Origin Destination Fare Class Fare Demand 1 Eskiehir - Ankara Full Fare 45 190 2 Eskiehir - Ankara Discount 37 280 3 Ankara - Konya Full Fare 45 320 4 Ankara - Konya Discount 37 380 5 Eskiehir - Konya Full Fare 57 140 6 Eskiehir - Konya Discount 47 175 Resource 1 2 Table-2. Values of the incidence variables for the trips 1 2 3 4 5 0 1 1 0 1 1 0 0 1 1 6 1 1 Q3. Turkish railways offering the trip demands and fares in three cities; Konya, Eskiehir and Ankara shown in Table-1. The incidence variables for these trips are also shown in Table-2. The capacity of first train is 410 and second train is 580. What is the optimal network model? [25p) Table-1. Fares and demands of the trips Number Origin Destination Fare Class Fare Demand 1 Eskiehir - Ankara Full Fare 45 190 2 Eskiehir - Ankara Discount 37 280 3 Ankara - Konya Full Fare 45 320 4 Ankara - Konya Discount 37 380 5 Eskiehir - Konya Full Fare 57 140 6 Eskiehir - Konya Discount 47 175 Resource 1 2 Table-2. Values of the incidence variables for the trips 1 2 3 4 5 0 1 1 0 1 1 0 0 1 1 6 1 1