> Question 5 1 pts When determining process capability, we look at the (normal) distribution of the production output (with mean mu and standard deviation sigma) and compare it to the specification range. In its strict sense, the six-sigma designation refers to: The points (mu + 6 sigma) and (mu - 6 sigma) must fall within the specification limits. The point (mu + 6 sigma) must fall within the specification limits, but the point (mu- 6 sigma) need not fall within the specification limits.. The points (mu + 3 sigma) and (mu - 3 sigma) must fall within the specification range, but the points (mu + 6 sigma) and (mu - 6 sigma) need not fall within the specification limits. The point (mu - 6 sigma) must fall within the specification limits, but the point (mu + 6 sigma need not fall within the specification limits. Question 6 1 pts One of the steps to insure high-quality is to Document what this high quality product "is" and "how it is made" (write a specification). The above step fits between: Between the step "Develop a process that is capable of making the product to specification" and the step "Run SPC & quality audits to insure that what you are currently making is exactly like the product you originally approved" Between the step "Run SPC & quality audits to insure that what you are currently making is exactly like the product you originally approved" and the step "Monitor product performance in the field" Between the step "Design-test-redesign-retest until you are convinced you have a high quality product" and the step "Develop a process that is capable of making the product to specification". Between the step "Monitor product performance in the field" and the step "View failures as treasures, making design changes & conducting more tests as necessary, giving employees incentives to continually improve the process and product