c) (10 points) Give the expected scenario. Solve the deterministic models of the 3 scenariosand that of the expected scenario. Indicate in your report the solutions obtained.Compute the expectation of wait-and-see solutions. What is the expectation of these Represented? Drop one of these AMPL models into the drop box.

The manager of a store wants to plan his supplies from his supplier for a product that ends up on its shelves. He must know in advance how many deliveries he will make each day for the next 6 days. Each delivery costs $25 and can transport up to 9 units of the product. Several deliveries may take place on the same day. The store has a maximum capacity of 30 products at any one time. For example, he cannot not have 20 units in inventory and receive 18 units on the same day. The manager considers that each missed sale deprives him of $5 in profit. The objective is to minimize the manager's costs according to the following 3 demand The manager of a store wants to plan his supplies from his supplier for a product that ends up on its shelves. He must know in advance how many deliveries he will make each day for the next 6 days. Each delivery costs $25 and can transport up to 9 units of the product. Several deliveries may take place on the same day. The store has a maximum capacity of 30 products at any one time. For example, he cannot not have 20 units in inventory and receive 18 units on the same day. The manager considers that each missed sale deprives him of $5 in profit. The objective is to minimize the manager's costs according to the following 3 demand