STATS 161-A

USE ANOVA METHOD FOLLOW THE INSTRUCTIONS. NEED THIS URGENT. PLEASE SKIP IF YOU CANT THANK YOU. 

Production Runs - 6".

1. Which of the error probability does the acceptance control chart take into account?

a) Type I

b) Type II

c) Neither of the type I not the type II

d) Both, type I and type II

2. How many approaches can be used to develop the acceptance control charts?

a) 2

b) 1

c) 4

d) 5

3. What is the UCL of the acceptance control chart when the sample size n, the fraction nonconforming are specified?

a)UCL=USL-\left(Z_+\frac{Z_}{\sqrt{n}} ight)

b)UCL=USL+\left(Z_-\frac{Z_}{\sqrt{n}} ight)

c)UCL=USL+\left(Z_+\frac{Z_}{\sqrt{n}} ight)

d)UCL=USL-\left(Z_-\frac{Z_}{\sqrt{n}} ight)

4. What is the value of the LCL of the acceptance control chart when sample size n and the fraction nonconforming for 1- probability of rejection are specified?

a)LCL=LSL-\left(Z_+\frac{Z_}{\sqrt{n}} ight)

b)LCL=LSL-\left(Z_-\frac{Z_}{\sqrt{n}} ight)

c)LCL=LSL+\left(Z_-\frac{Z_}{\sqrt{n}} ight)

d)LCL=LSL+\left(Z_+\frac{Z_}{\sqrt{n}} ight)

5. When n, , and are specified, the values of control limits are between ________

a) LAnd U

b) LSL And U

c) LAnd USL

d) LAnd LSL

6. When the values of n, , and , are specified, the LCL of the acceptance control charts, lie in between ________

a) LAnd USL

b) LAnd LSL

c) USL And U

d) LSL And U

7. When the values of and are specified instead of the and , what is the position of UCL of the acceptance control charts?

a) Between USL and U

b) Between LSL and U

c) Between Land USL

d) Between Land LSL

8. What is the expression for n which gives desired values of , , , and for any acceptance control chart?

a)n=\left(\frac{Z_-Z_}{Z_+Z_} ight)^2

b)n=\left(\frac{Z_+Z_}{Z_+Z_} ight)^2

c)n=\left(\frac{Z_-Z_}{Z_-Z_} ight)^2

d)n=\left(\frac{Z_+Z_}{Z_-Z_} ight)^2

9. if = 0.01, =0.00135, =0.05, and =0.2, what will be the sample size for the desired values of these?

a) n=38

b) n=2

c) n=32

d) n=45

10. Modified control chart design is not based upon ____________

a) Type I error probability

b) Sample size n

c) Type II error probability

d) Process fraction nonconforming