please show work and explain how to find these numbers

please show work and explain how to get these numbers

Annual demand for a particular halogen bulbis D = 3,600 at a business that operates 30 days per year. The cost per orders = 525 and the holding cost per unit per year is $2. The stockout cost is $20 per unit. The load time is 5 days, and demand during lead time follows the empirical distribution given in the following table. Number of Units Probability 30 10 40 10 50 15 60 30 70 15 80 10 90 10 Then he - Annual demand for a particular halogen bulb is D = 3,600 at a business that operates 300 days per year. The cost per order S = $25 and the holding cost per unit per year is $2. The stockout cost is $20 per unit. The lead time is 5 days, and demand during lead time follows the empirical distribution given in the following table. Number of Units Probability 30 .10 40 .10 50 .15 60 .30 70 .15 80 .10 90 .10 The number of inventory cycles in a year is 12 . 60 The average demand during lead time is > The annual holding cost associated with a safety stock of 20 $40 The annual stockout cost associated with a safety stock of 20 $240 . The stockout cost associated with a safety stock of 20 per inventory cycle $20 > > The service level with a safety stock of 20 is .90 e The reorder point with a safety stock of 20 is 80 e > Annual demand for a particular halogen bulbis D = 3,600 at a business that operates 30 days per year. The cost per orders = 525 and the holding cost per unit per year is $2. The stockout cost is $20 per unit. The load time is 5 days, and demand during lead time follows the empirical distribution given in the following table. Number of Units Probability 30 10 40 10 50 15 60 30 70 15 80 10 90 10 Then he - Annual demand for a particular halogen bulb is D = 3,600 at a business that operates 300 days per year. The cost per order S = $25 and the holding cost per unit per year is $2. The stockout cost is $20 per unit. The lead time is 5 days, and demand during lead time follows the empirical distribution given in the following table. Number of Units Probability 30 .10 40 .10 50 .15 60 .30 70 .15 80 .10 90 .10 The number of inventory cycles in a year is 12 . 60 The average demand during lead time is > The annual holding cost associated with a safety stock of 20 $40 The annual stockout cost associated with a safety stock of 20 $240 . The stockout cost associated with a safety stock of 20 per inventory cycle $20 > > The service level with a safety stock of 20 is .90 e The reorder point with a safety stock of 20 is 80 e >