a. Fixed period demand (2,3,4,5 periods) b. Period order quantity (POQ) (Q = 300) c. Lot for lot (L4L) Heuristic mehods a. The Silver-Meal method (SM) b. Least unit cost (LUC) c. Part period balancing (PPB)
a. Fixed period demand (2,3,4,5 periods) b. Period order quantity (POQ) (Q = 300) c. Lot for lot (L4L) Heuristic mehods a. The Silver-Meal method (SM) b. Least unit cost (LUC) c. Part period balancing (PPB)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![Simple rules
a. Fixed period demand (2,3,4,5 periods)
b. Period order quantity (POQ) (Q = 300)
c. Lot for lot (L4L)
Heuristic mehods
a. The Silver-Meal method (SM)
b. Least unit cost (LUC)
c. Part period balancing (PPB)
Get the Peterson-Silver rule
The time-phased net requirements for the base assembly in product XYZ over the next six weeks are
Week
1
5
Requirements
150
110
450
270
120
335
The setup cost for the construction of the base assembly is $200, and the holding cost is $0.30 per
assembly per week. The cost per product is $1.00.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F13a786e5-8e8a-429f-879f-7d892744a657%2Fb397a0f8-0045-438d-8656-8f988d3260f6%2Fvpbqza_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Simple rules
a. Fixed period demand (2,3,4,5 periods)
b. Period order quantity (POQ) (Q = 300)
c. Lot for lot (L4L)
Heuristic mehods
a. The Silver-Meal method (SM)
b. Least unit cost (LUC)
c. Part period balancing (PPB)
Get the Peterson-Silver rule
The time-phased net requirements for the base assembly in product XYZ over the next six weeks are
Week
1
5
Requirements
150
110
450
270
120
335
The setup cost for the construction of the base assembly is $200, and the holding cost is $0.30 per
assembly per week. The cost per product is $1.00.
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