solution. Determine the following: a. The optimal order size b. The total annual inventory costs c. Number of operating days between orders (time between run starts) d. The number of operating

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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A local farmer has requested the business 351 class
to help him determine the optimal level for
production of organic fertilizer for commercial
farmers which is created by a blend of pig, cow and
horse manure. The farm operates 255 days per year,
but due to the natural process can only produce 300
pounds of finished fertilizer per day. The annual
demand for fertilizer is 53,550 pounds. The farmer
has determined that the cost of an order is $250.00
and the annual holding cost is six hundred dollars
per 100 pounds. (round to 2 decimals for
calculations) * hint – you need holding cost per
pound. Hint – some of these answers can be seen in
the problem example and some in the in chapter
solution. Determine the following: a. The optimal
order size b. The total annual inventory costs c.
Number of operating days between orders (time
between run starts) d. The number of operating
days to fill an order (run length) e. Maximum
inventory level f Number of production runs
Transcribed Image Text:A local farmer has requested the business 351 class to help him determine the optimal level for production of organic fertilizer for commercial farmers which is created by a blend of pig, cow and horse manure. The farm operates 255 days per year, but due to the natural process can only produce 300 pounds of finished fertilizer per day. The annual demand for fertilizer is 53,550 pounds. The farmer has determined that the cost of an order is $250.00 and the annual holding cost is six hundred dollars per 100 pounds. (round to 2 decimals for calculations) * hint – you need holding cost per pound. Hint – some of these answers can be seen in the problem example and some in the in chapter solution. Determine the following: a. The optimal order size b. The total annual inventory costs c. Number of operating days between orders (time between run starts) d. The number of operating days to fill an order (run length) e. Maximum inventory level f Number of production runs
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