Please help q18 Design specifications require that a key dimension on a product measure 100 ± 12 units. A process being considered for producing thisproduct has a standard deviation of five units.a. What can you say (quantitatively) regarding the process capability? Assume that the process is centered with respect tospecifications.Note: Round your answer to 4 decimal places.Process capability indexb. Suppose the process average shifts to 91. Calculate the new process capability.Note: Round your answer to 4 decimal places.New process capability indexc. What is the probability of defective output after the process shift?Note: Use Excel's NORM.S.DIST function to find the correct probability. Round "z" values to 2 decimal places. Round youranswer to 4 decimal places.Probability of defective outputCHANNE20426 4035HANS11-2012ARACIN TERGA24455003786--10--2920274

Answered: a. What can you say (quantitatively)…

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Please help q18

Design specifications require that a key dimension on a product measure 100 ± 12 units. A process being considered for producing this
product has a standard deviation of five units.
a. What can you say (quantitatively) regarding the process capability? Assume that the process is centered with respect to
specifications.
Note: Round your answer to 4 decimal places.
Process capability index
b. Suppose the process average shifts to 91. Calculate the new process capability.
Note: Round your answer to 4 decimal places.
New process capability index
c. What is the probability of defective output after the process shift?
Note: Use Excel's NORM.S.DIST function to find the correct probability. Round "z" values to 2 decimal places. Round your
answer to 4 decimal places.
Probability of defective output
CHANNE
20426 4035
HANS
11-2012
ARACIN TERGA
244550037
86--10--
2920274

Expert Solution

Step 1

Customer specification limitations, which are frequently based on feedback from the Voice of the Customer, are the goals that customers or market performance have set for a product or a process. In other phrases, it is the outcome that the metric tool we measure is supposed to produce. Where USL is the maximum customer tolerance; and LSL is the minimum customer tolerance. A customer-defined specification limit is one where product benefits outweigh product losses as a result of variance. These numbers are often depicted on the histogram. The product satisfies the client need if it falls between the USL and LSL.