Question 7 Fixed order quantity EOQ with uncertainty, the uncertainty is due to variability in demand (varving demand ratel and variability in lead time (varying lead th e True O False Question 8 In the graph below why do we have 1/2'Q in the carrying cost? $9,000 8,000 TAC 7,000 QVW 6,000 Annual cost 5.000 Carrying cost 4.000 3,000 2,000 1,000 Order cost 100 200 300 400 500 Order quantity Q(units per order) The max value is Q/2 or 1/2"Q is derived using calculus The peak value of inventory in a given cycle is order quantity O and the lowest value of inventory is . The max value is 0/2 or 1/20 The peak value of inventory in a given cycle is order quantity and the lowest value of inventory is Q. Together the average is Q/2 or 1/2" The peak value of inventory in a given cycle is order quantity Q and the lowest value of inventory is O. Together the average is 0/2 or 1/20 Question 7 Fixed order quantity EOQ with uncertainty, the uncertainty is due to variability in demand (varving demand ratel and variability in lead time (varying lead th e True O False Question 8 In the graph below why do we have 1/2'Q in the carrying cost? $9,000 8,000 TAC 7,000 QVW 6,000 Annual cost 5.000 Carrying cost 4.000 3,000 2,000 1,000 Order cost 100 200 300 400 500 Order quantity Q(units per order) The max value is Q/2 or 1/2"Q is derived using calculus The peak value of inventory in a given cycle is order quantity O and the lowest value of inventory is . The max value is 0/2 or 1/20 The peak value of inventory in a given cycle is order quantity and the lowest value of inventory is Q. Together the average is Q/2 or 1/2" The peak value of inventory in a given cycle is order quantity Q and the lowest value of inventory is O. Together the average is 0/2 or 1/20