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Answer and Explanation:
The computation is shown below:
b. The upper specification limit is
= 4 + 0.08
= 4.080 mm
c. The Lower specification limit is
= 4 - 0.08
= 3.920 mm
d. The process capability index is
= min ((Upper specification limit - Mean) ÷ (3 × Standard deviation)), ((Mean - Lower specification limit)÷ (3 × Standard deviation))
= min (0.08 ÷ (3 × 0.02)), (0.08 ÷ (3 × 0.02))
= min (1.333, 1.333)
So it would be 1.333
e. Upper specification = 4.08 mm
Mean line = 4.0 mm
Now,
The upper specification lies at a distance = Upper specification - Mean line
= 4.08 mm - 4.0 mm
= 0.08 mm
upper specification =Upper specification lies ÷ One standard deviation
= 0.08 mm ÷ 0.02 mm
= 4 mm which is standard deviations from the mean
Answer:
C. weighted center of gravity method
Explanation:
Based on the information provided it seems that the term that is being mentioned is known as the weighted center of gravity method. This method is an approach that analyzes data in order to choose a single geographical coordinate for a single new facility that will minimize costs greatly as opposed to other possible locations.
Answer:D - $5,000
Explanation: The company has an estimated warranty cost of 5% of sales which is $30,000. This can be recorded as a warranty payable provision in the books of the company as it gives a 3years warranty on its products. As stated in the question, out of the $30,000 warranty provision, only $5,000 was expensed in the current year leaving a bal of $25,000 for the remaining 2 years which the company has given to its customers. So only $5,000 warranty expense will be recorded in the current year.
Answer:
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Explanation:
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