Help me solve this All parts showing Given your answers in the table above, your first guess for the optimal ordering quantity based on the feasible EOQ is units (round your response to the nearest whole number). Assuming Rocky Mountain Tire Center orders 469 tires per order. what is the total annual cost? Total Annual Cost = Ordering Cost + Purchase Cost + Holding Cost =$240.390 (round your response to the nearest whole number). Now let us see what happens to the total cost if we increase the order amount to 5,000 so that we qualify for $15 per tire pricing. Total cost given an order quantity of 5,000 at $15 per tire =$221,362 (round your response to the nearest whole number). Since the total cost when ordering 5,000 per order is than the total cost of ordering 469 per order, Rocky Mountain Tire Center's optimal order size is 5,000 ' units. Rocky Mountain Tire Center sells 8,000 go-cart tires per year. The ordering cost for each order is $40, and the holding cost is 40% of the purchase price of the tires per year. The purchase price is $24 per tire if fewer than 200 tires are ordered, $17 per tire if 200 or more - but fewer than 5,000 - tires are ordered, and $13 per tire if 5,000 or more tires are ordered. a) How many tires should Rocky Mountain order each time it places an order? Rocky Mountain's optimal order quantity is units (enter your response as a whole number)