14. A designer is planning orders for its annual limited-edition ornament. Demand has been forecast to be normally
14. A designer is planning orders for its annual limited-edition ornament. Demand has been forecast to be normally
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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How do I do questoin 14?

Transcribed Image Text:# Determining the Optimal Level of Product Availability
### 12. LGC Manufacturing Problem
An LGC manufacturer designs boxes with a normal distribution demand (mean: 25,000, standard deviation: 8,000). Each box costs $10 to make and sells for $20. Unsold boxes at the season's end are discounted to $8.
a. **Calculating Quantity and Expected Profit:**
- Determine how many boxes the manufacturer should produce.
- Calculate the expected profit based on production quantity.
b. **Discounting and Demand:**
- Compute expected sales with discounts.
- Analyze the option to postpone chocolate production from packaging.
c. **Additional Cost of Postponement:**
- Evaluate the indifference point for LGC concerning added postponement costs.
### 13. The Knitting Company (TKC) Planning Problem
TKC plans to produce four winter sweater styles with varying demand distributions.
a. **Production and Profit:**
- Estimate the number of each sweater type to manufacture.
- Calculate expected profits from these quantities.
b. **Discount Impact:**
- Assess how many sweaters TKC will sell at a discount.
c. **Postponement Option:**
- Analyze the impact and expected profit of postponing sweater manufacturing.
- Evaluate another option for partial postponement.
### 14. Designer's Limited-Edition Ornament Planning
Demand for ornaments has a mean of 20,000 with a standard deviation of 8,000. Each costs $30 to produce and $95 to sell. The selling price drops to $28 at season’s end if 25,000+ are ordered.
a. **Optimal Production:**
- Calculate the optimal number of ornaments to produce.
- Determine expected profits based on this production level.
b. **Season-End Discounting Decision:**
- Advise on whether to discount to $28 per ornament based on producer’s order size.
### 15. Publisher’s Calendar Printing Problem
Calendars have a normal demand distribution (mean: 70,000, standard deviation: 25,000). Production cost per calendar is $3, selling price is $10. Unsold calendars are recycled.
a. **Production and Profit Analysis:**
- Determine optimal print quantity.
- Calculate expected profits.
b. **Discounted Printing Cost Offer:**
- Analyze printing cost reduction if 100,000+ are ordered.
-
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