Given that purchasing cost C = $1 per can, unit holding cost h = $0.5 per can per year, and ordering cost K = $0.75 per order.

Given that purchasing cost C = $1 per can, unit holding cost h = $0.5 per can per year, and ordering cost K = $0.75 per order. Question 1 (1 point) Optimal Order Quantity = [cans/order]. (Round to the nearest integer). Question 2 (1 point) Under the Optimal EOQ quantity, annual ordering cost = 2 decimal places.) [$/yr) . (Keep AJ Question 3 (1 point) Under the Optimal EOQ quantity, annual holding cost = decimal places.) [$/yr]. (Keep 2 A Question 4 (1 point) Annual purchasing cost [$/yr). A Question 5 (1 point) Annual total inventory cost (excluding purchasing cost) = decimal places.) = [$/yr). (Keep 2 AJ A few years ago you started your own business making organic soap bars. In order to make bars, you need 800 kg of sustainably sourced palm oil per month. The supplier charges $80/kg. Ordering costs are $75 per order, and the annual carrying costs are 20 percent of the purchase price. Question 6 (1 point) Optimal Order Quantity = [kg/order]. AJ Question 7 (1 point) If the order quantity is 300 [kg/order], the company's average inventory of palm oil = [kg]. A/ Question 8 (1 point) If the order quantity is 300 [kg/order], how often will an order be placed (length of order cycle)? (Assume one year is 288 days) . [days/order]. AJ Question 9 (1 point) If the order quantity is 300 [kg/order], including the purchasing cost, the annual total inventory cost = [$/yr]. = A/