Assume material A calls out material B. Material A has a stock quantity of 20. MaterialA has a demand for 100 due on 7/2 and there is an order for 80 with a due date of7/2 and start date of 6/25. What is the requirement date that will be generated for(Enter your answer as a date in the format M/DD; egproduct B?8/1 or 7/12)

We are tasked with managing the inventory and production scheduling for two materials, referred to…

Answered: Assume material A calls out material B.…

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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Assume material A calls out material B (qty per = 1). Material A has a stock quantity of 10. Material A has a demand for 100 due on 7/1 and there is an order for 90 with a due date of 7/1 and start date of 6/15. What is the requirement QUANTITY that will be generated for product B?
If a planned receipt for an item is due in Week 5 and the item's lead time is 3 weeks, when will the corresponding planned order release occur? O Week 3 O Week 8 O Week 5 O Week 7 O Week 2
is not among one of the assumptions of the basic Economic Order Quantity (EOQ) model O a. Annual demand requirements are known and constant. Ob. Each order is received in a single delivery. Oc. Quantity discounts are available. O d. Lead time does not vary.
Part (A) To control the inventory, organizations have three alternate approaches: Economic Order Quantity (EOQ). Materials Requirements Planning (MRP) and Just-in-Time (JIT). Discuss those three approaches identify the goal of each one? And how the organization can achieve such a goal? Part (B) Some threats could be happened in the production cycle, one of them is over or under production threat. Discuss two problems and two controls related to this threat. for the toolbar, press ALT F10 (PC) or ALT+FN+F10 (Mac).
Production Quantity Model A manufacturing company operates 300 days a year with an annual demand for component C of 43,200 units. The fabrication department at the company is able to produce 800 units per day and send them over to assembly while production is in progress. If assembly sends a work order for 11,200 units of component C to fabrication, how long is the order receipt period? Given the order quantity in the previous question, what is the average inventory level for component C?
Economic order quantity (Q*) is 2,000 units. Annual demand (D) is 12,000 units. Find number of orders per year (N*) and time between orders (T*) in weeks. N*=0.167 times per year, T*= 6 weeks N*=6 times per year, T*= 60.83 weeks N*=6 times per year, T*= 0.167 weeks N*=8.67 times per year, T*= 6 weeks N*=6 times per year, T*= 8.67 weeks
8. Assumptions of the EOQ model include: A. Demand is normally distributed. C. There is instantaneous order receipt. B. Lead time is normally distributed. D. Backorders can occur.
Economic order quantity (Q*) is 6,000 units. Annual demand (D) is 12,000 units. Find number of orders per year (N*) and time between orders (T*) in weeks. N*=2 times per year, T*= 0.5 years N*=0.33 times per year, T*= 13 years N*=4 times per year, T*= 0.33 years N*=0.25 times per year, T*= 4 years N*=2 times per year, T*= 26 weeks OO O
Economic order quantity (Q*) is 4,000 units. Annual demand (D) is 12,000 units. Find number of orders per year (N*) and time between orders (T*) in years. Group of answer choices N*=3 times per year, T* cannot be calculated N*=0.33 times per year, T*= 0.33 weeks N*=17.3 times per year, T*= 3 years N*=3 times per year, T*= 0.33 years N*=3 times per year, T*= 3 years
If the the Net Requirement for a product for a particular time period in a MRP problem is 78 and the organization uses a policy of ordering in multiples of 100, what would be the Planned Order Receipt?
(a) Give examples of independent and related dependent demand (b) APL company assembles and sales an electronics device (ED) on a contract basis. End item ED has composed of 3 units of subassembly BG and 5 units of component DD. BG is assembled using 3 DDs and 4 FCs. There are orders of 500 and 875 units of the device (ED) at the beginning of week 6 and week 8. In assembling BG, an extra 20 percent scrap allowance must be added. DD can only be ordered in whole cases of 400 units per case. One case of DD is received in each of week 1 and week 2. Also, there are 200 units of BG and 425 units of DD now on hand. The lead time for the item BG, DD, and FC is 2 weeks and that is for the item ED is 1 week.i. Calculate the required number of DD and FC for producing 100 units of ED. There is no stock of any item. ii. Prepare a material requirements plan for the component DD.
a. If demand for the new videotape recorder is expected to be constant with a rate of 20 units per month, what is the recommended order quantity for the videotape recorder? b. What are the estimated annual inventory holding and ordering costs associated with this product? c. How many orders will be placed per year? d. With 250 working days per year, what is the cycle time for this product?

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