Evaluate minimum capability requirement, Applied Statistics

You are currently working with a supplier who is producing a shaft whose diameter specification is 6.00 ± .003 inches.  Currently, the process is yielding shafts with mean diameter of 5.999 inches and a standard deviation of .00075 inches.  Is this supplier currently meeting, or capable of meeting, a minimum capability requirement of 1.33?

Posted Date: 2/16/2013 2:45:39 AM | Location : United States







Related Discussions:- Evaluate minimum capability requirement, Assignment Help, Ask Question on Evaluate minimum capability requirement, Get Answer, Expert's Help, Evaluate minimum capability requirement Discussions

Write discussion on Evaluate minimum capability requirement
Your posts are moderated
Related Questions
1. Assume the random vector (Trunk Space, Length, Turning diameter) of Japanese car is normally distributed and the unbiased estimators for its mean and variance are the truth. For

Advantages of Sampling Why should we settle on a sample instead of studying the entire population?  Sampling has the following advantages over a census (study of the entire pop

Write down the symbols and unit for the following: mass, molar mass, molar and molarity Write down the relationship between mass and molar mass and show that the units match.

Admissibility A very common concept which is applicable to any procedure of the statistical inference. The underlying notion is that the procedure/method is admissible if and o


in a normal distribution with a mean of 85 and a STD of 5, what is the percentage of scores between 75 and 90?

b. A paper mill produces two grades of paper viz., X and Y. Because of raw material restrictions, it cannot produce more than 400 tons of grade X paper and 300 tons of grade Y

You have an assembly line which produces 1L bottles of seltzer with a standard deviation of 0.05L. • Assuming the distribution of volume is normal, what is the chance any single

Simple Random Sampling In Simple Random Sampling each possible sample has an equal chance of being selected. Further, each item in the entire population also has an equal chan

how do i determine the 40th percentile in an ogive graph