Refer to Table S$6\mathrm{.}1-$ Factors for Computing Control Chart Limits $(3$ sigma$)$LOADING$...$ for this problem.

$$Thirty$-$five samples of size $7$ each were taken from a$$ fertilizer$-$bag$-$filling machine at Panos Kouvelis Lifelong Lawn Ltd$.$ The results$$ were: Overall mean$=54\mathrm{.}75$lb$.$; Average range Upper R overbar $=1\mathrm{.}64$ lb$.$

$$a$)$ For the given sample$$ size, the control limits for $3-$sigma x overbar chart $$are:

Part $2$

Upper Control Limit $($UCL Subscript x overbar$)=$

$$

enter your response here lb$.($round your response to three decimal$$ places$).$Refer to Table S$6\mathrm{.}1-$ Factors for Computing Control Chart Limits $(3$ sigma$)$LOADING$...$ for this problem.

$$Thirty$-$five samples of size $7$ each were taken from a$$ fertilizer$-$bag$-$filling machine at Panos Kouvelis Lifelong Lawn Ltd$.$ The results$$ were: Overall mean$=54\mathrm{.}75$lb$.$; Average range Upper R overbar $=1\mathrm{.}64$ lb$.$

$$a$)$ For the given sample$$ size, the control limits for $3-$sigma x overbar chart $$are:

Part $2$

Upper Control Limit $($UCL Subscript x overbar$)=$

$$

enter your response here lb$.($round your response to three decimal$$ places$).$