1. The table below represents a decentralized logistics network. Source Destination Quantity (pallets/day] Road distance [km] F H 14 88 J 11 57 Q E K 32 49 D M 24 125 P G 13 126 R N 21 265 L B 11 95 I A 22 243 203 o 15 Draw the graph this table represents, including the letters of the vertices and the intensities. Evaluate the static complexity of the graph using order, size and degrees. Calculate the intensity, delivery performance, mileage, number of vehicles and (simple average) utilization, provided that the capacity of the vehicles used is 15 pallets. Also calculate the overall costs, the cost per unit and the delivery cost ratio. The specific costs can be found below. Name Quantity Dimension Specific variable cost 3 $/km Specific fixed cost 30 $/h Average vehicle speed 50 km/h Unit price $ 300 1. The table below represents a decentralized logistics network. Source Destination Quantity (pallets/day] Road distance [km] F H 14 88 J 11 57 Q E K 32 49 D M 24 125 P G 13 126 R N 21 265 L B 11 95 I A 22 243 203 o 15 Draw the graph this table represents, including the letters of the vertices and the intensities. Evaluate the static complexity of the graph using order, size and degrees. Calculate the intensity, delivery performance, mileage, number of vehicles and (simple average) utilization, provided that the capacity of the vehicles used is 15 pallets. Also calculate the overall costs, the cost per unit and the delivery cost ratio. The specific costs can be found below. Name Quantity Dimension Specific variable cost 3 $/km Specific fixed cost 30 $/h Average vehicle speed 50 km/h Unit price $ 300