Assignment

Assignment #2 SCM Q1: You have a shipping company, and a client came to you who had goods that he wanted to transport from the port of Dammam to his warehouses in Riyadh and Jeddah. He requested a price quote from you to transport the goods, which weigh 200 tons. He asked you to deliver 100 tons to Riyadh and 100 tons to Jeddah in the best way, and the decision is yours to take the most appropriate solution. Explain that to him with the drawing shows the transportation mechanism, explaining the number of trucks, the weight of each truck, and the method of its movement? Q2: An airline company decided to operate flights, and the airports from which it was allowed to take off and land were (Dammam – Riyadh – Jeddah). Draw the navigation line that the planes can take to operate the largest possible number of flights? Q3: If you know that the total flow in-to of node = 15 and the total flow out of node = 15 Calculate the RHS? And name this node? Q4: If you know in flow = 100 and out flow = 80 calculate the net flow? Q5: You have a truck in Dammam with a payload of 25 tons, and you have two orders, one in Riyadh for 15 tons and one in Jeddah for 10 tons. Draw the truck’s itinerary, indicating the stopping points and the load that you will deliver first. Why did you choose this decision? Q6: write the decision-making environments that you learn in class? Q7: calculate the realism payoff & Average for the three alternatives plant then choose the best one of each one of them? Outcomes/payoff (Demand) High Moderate Low Large plant 200,000 100,000 -120,000 Small plant 90,000 50,000 -20,000 No plant 0 0 0 Alternatives Realism Payoff Average Assignment #2 SCM Choose the correct answer: Q8: match each nodes type with correct net flow? 1- Origin ( ) A= 5 2- Destination( ) B= -5 3- Transshipment( ) C=0 Q9: Supply nodes always will be: 1- Negative RHS 2- Positive RHS Q10: If you know the total supply 50 and total demand 40 then for each supply node will be? 1- Outflow ≤ Supply 2- Inflow ≤ Demand Good luck !!