You manage the shipping of a few important motors from your supplier to your company's factory. Demand for the motors is normally distributed with an average of 120000 motors per year and an annual standard deviation of 9600. Your company currently purchases motors each year from the supplier at a price of $127 per unit. The lead time for the delivery is 4 days on average, with a standard deviation of 3.5 days. You use Carrier ABC, which charges $6 per motor, with a minimum shipment of 2000 motors (i.e., Q=2000 motors.) Your company takes ownership of the shipment at the supplier's dock and will have to incur any holding costs from that point on. Your company's holding charge is 14%, a cycle service level of 95% (given CSL=95%, use a k=1.64) and uses a 365 days per year for planning purposes. Your company includes the cost of transportation in the cost of the motors when calculating inventory costs. Part 1 What is the expected demand (in motors) over lead time? Round your answer to the nearest integer. What is the standard deviation of demand of motors over lead time? Round your answer to the nearest integer Part 2 What is the expected annual cycle stock holding cost? Enter a dollar value and round your answer UP to the nearest integer What is the expected annual safety stock holding cost? Enter a dollar value and round your answer UP to the nearest integer. What is the expected annual pipeline inventory holding cost? Enter a dollar value and round your answer UP to the nearest integer. Part 3 What is the expected annual transportation cost that Carrier ABC will charge? Enter a dollar value and round your answer UP to the nearest integer