1.0/2.0 points (graded) Suppose we have two ways to source a product. One way is from the local supplier, while a second way is from a distant supplier. The terms and parameters for each source are as given in following table: Suppose demand for the component is =500/ week; =100/ week. (Assume normally distributed demand) Suppose we have a per unit holding cost of h=$0.01/ week. This applies to all inventory in the system. Compute the total landed cost per unit (equal to the procurement cost plus transportation cost plus holding cost for pipeline stock) for each source. Round to two decimal places. Local supplier total landed cost (TLC): 1 point possible (graded) Suppose we implement a dual sourcing strategy, and we place a standing order with the distant supplier for 350 units per week. Suppose it is Jan. 7, 2019, which is a review epoch at which we place an order to the local supplier. The prior orders from both the local and distant supplier have been received and the inventory on hand is 1000 units. There are two orders in process with the local suppler: an order for 75 units to be delivered on Jan. 14 , and on order for 100 units to be delivered on Jan. 21. In addition, under the terms of the standing order, the distant supplier will deliver 350 units on Jan. 14 , Jan. 21, Jan. 28 , etc. Suppose the base stock level for the local supplier is 2370. How much is the local supplier order on Jan. 7 for delivery on Jan. 28