BUS FPX 4014 Assessment 2: Manufacturing Decisions
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Assessment Overview:
BUS FPX 4014 Assessment 2: focuses on crucial manufacturing opinions, including break-even analysis, donation to profit, product trustability, and control limits. It emphasizes pricing, quality, and monitoring processes to ensure profitability and product thickness.
How to Pass BUS FPX 4014 Assessment 2: Manufacturing Decisions
- Show the formula for figuring out the right number of break-even units.
- Check how much money you make at different prices.
- Use all formulas correctly, including reliability and control limits.
- Tell me what the results mean, not just the numbers.
- Show how choices affect quality and profit.
- Keep your work neat and clear.
- Check for mistakes and make sure the APA format is correct.
Sample Assessment:
Break-Even Analysis
Determining the number of units needed to break even is indeed pivotal for assessing the viability of a business venture. A break-even analysis helps in establishing the optimal price point for a product, similar to a pump.
Variables:
- Fixed Cost: $100,000
- Variable Cost: $50
- Price: $100
Formula
BEU = (P − VC) FC
BEU = frac{$ 100,000}{($ 100 – $ 50)}
= 2,000 BEU = 2,000
Contribution to Profit
The selling price of a product directly affects profit parameters. An advanced price per unit may lead to lower deal volume, impacting profit perimeters and adding overhead costs. A donation to benefit analysis helps determine the ideal selling price.
Formula Used:
CP = (P − VC) × UV − FC
Based on this analysis, the more profitable price point is $100 per pump.
CP = ($100 – $50) times 3600
CP = $180,000 – $100,000
CP = $80,000
CP = ($110 – $50) times 2900
CP = $174,000 – $100,000
CP = $74,000
Reliability of Product
Quality testing evaluates a product’s functionality, while trustability testing assesses its life, minimizing the threat of returns or blights. Product trustability is determined using the formula (RP = R1 times R2 times R3 times R4 times R5). Grounded on computations, the overall product trustability is (.979).
RP = .997 times. 998 times. 995 times. 999 times. 990)
RP = .979)
Reliability of Product with Subcomponents
Assessing the trustworthiness of products with subcomponents is essential for companies producing multiple products. Prioritizing quality and trustability assurance builds consumer trust and fidelity. The trustability of similar products is determined using the formula (RP = SC1R times (1 – (1 – SC2R) times (1 – SC3R)) times SC4R). Grounded on computations, the overall trustability of products with subcomponents is (.901).
RP = 0.97 times (1 – (1 – 0.98) times (1 – 0.95)) times 0.93)
RP = .901)
Control Limits
Establishing control limits involves setting upper and lower bounds to cover product performance and describe oscillations. The formula for upper control limits is UCL = M (3 times SD), and for lower control limits is LCL = M – (3 times SD). Grounded on computations, the upper control limit is 30.111, and the lower control limit is 29.901.
UCL = 30.006 (3 times 0.035)
30.006.105)
UCL = 30.111)
LCL = 30.006 – (3 times .035)
30.006 –.105)
LCL = 29.901)
References (APA 7 Format)
- Heizer, J., Render, B., & Munson, C. (2020). Operations Management, Sustainability, and Force Chain Management (13th ed.). Pearson. https://smallbusiness.chron.com/key-elements-business-success-operating-perspective-21234.html
- Stevenson, W. J. (2018). Operations Management (13th ed.). McGraw-Hill Education.
- Russell, R. S., & Taylor, B. W. (2019). Operations Management: Creating Value Along the Supply Chain (9th ed.). Wiley.
- Slack, N., Brandon-Jones, A., & Burgess, N. (2022). Operations Management (10th ed.). Pearson. https://www.mindtools.com/pages/article/newPPM_95.htm
- Ferdowsian, M. C. (2016). Total business excellence—a new operation model for operationalizing excellence. International Journal of Quality & Reliability Management, 33(7), 942-984.
- Lacoma, T. (2016, October 26). The crucial rudiments of business success from an operating perspective. Small Business—Chron.com. https://smallbusiness.chron.com/key-elements-business-success-operating-perspective-21234.html
Rubric Breakdown
| Criteria | Pass Level |
| Break-Even Analysis | Correctly calculates and explains break-even point |
| Profit Contribution | Shows profit comparison at different price points |
| Use of Formulas | Applies formulas correctly (BE, CP, reliability, control limits) |
| Product Reliability | Explains reliability and calculations clearly |
| Control Limits | Correctly calculates and interprets UCL & LCL |
| Analysis | Shows basic understanding of results and decisions |
| Organization & Writing | Clear structure, minor errors, correct APA |
Step-by-Step Guide
- Break-Even Analysis:
- Calculate how numerous units are demanded to cover costs.
- illustration of 2,000 units at $100 per unit.
- Contribution to Profit:
- Determine the profit at different prices.
- Example: $100/unit → $80,000 profit; $110/unit → $74,000 profit.
- Product Reliability:
- Assess the overall trustworthiness of a product.
- Illustration trustability = 0.979.
- Reliability with Subcomponents:
- Calculate trustability when a product has multiple corridors.
- Illustration trustability = 0.901.
- Control Limits:
- Set upper and lower limits to cover quality.
- Illustration UCL = 30.111, LCL = 29.901.
Frequently Asked Questions
Q1 What’s break-even analysis?
It determines the number of units a company must sell to cover costs, helping assess business viability.
Q2: How is a donation to profit calculated?
The calculation of donation to profit involves subtracting variable costs from the price per unit, multiplying by the number of units sold, and also reducing fixed costs.
Q3: Why is product trustability important?
It ensures functionality and life, minimizes returns, and builds consumer trust.
Q4: How is trustability calculated for products with subcomponents?
The formulas combine the trustability of each subcomponent to determine the overall trustability of the product.
Q5 What are control limits?
Upper and lower bounds are used to cover product performance and describe diversions in product.
Integrity Note
Note: Only use this assessment example for learning and structure purpose. Do not submit as your own work.
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