Exam 16: Quality Control and Spc

Explore all topics

A bottling machine fills soft drink bottles with an average of 12.000 ounces with a standard deviation of 0.002 ounces. Determine the process capability index, C_p, if the design specification for the fill weight of the bottles is 12.000 ounces plus or minus 0.015 ounces.

(Essay)

4.7/5

(31)

Question 81

A manufacturer inspected 40 circuit boards and found a total of 640 defects. If the company wants to use SPC to control the manufacturing process by monitoring the number of defects per circuit board, what type of chart should they use and what should the control limits be?

(Essay)

4.9/5

(41)

Question 82

Five samples were taken, with five observations each. The sample findings are listed below. The sample values represent service times in minutes. a.Determine the control limits for the R-chart. b.Would you conclude the R-chart is in statistical control and proceed to develop the x-bar chart?

(Essay)

4.7/5

(30)

Question 83

The value of C_pk is the average of the lower and upper capability indexes; that is, C_pk = (C_pl + C_pu)/2.

(True/False)

4.8/5

(35)

Question 84

If one was monitoring the average time to load a web page, the chart to use would be the

(Multiple Choice)

4.8/5

(38)

Question 85

Showing 81 - 85 of 85

A bottling machine fills soft drink bottles with an average of 12.000 ounces with a standard deviation of 0.002 ounces. Determine the process capability index, C_p, if the design specification for the fill weight of the bottles is 12.000 ounces plus or minus 0.015 ounces.

A manufacturer inspected 40 circuit boards and found a total of 640 defects. If the company wants to use SPC to control the manufacturing process by monitoring the number of defects per circuit board, what type of chart should they use and what should the control limits be?

Five samples were taken, with five observations each. The sample findings are listed below. The sample values represent service times in minutes. a.Determine the control limits for the R-chart. b.Would you conclude the R-chart is in statistical control and proceed to develop the x-bar chart?

The value of C_pk is the average of the lower and upper capability indexes; that is, C_pk = (C_pl + C_pu)/2.

If one was monitoring the average time to load a web page, the chart to use would be the

Goods, Services, and Operations Management

Value Chains

Measuring Performance in Operations

Operations Strategy

Technology and Operations Management

Goods and Service Design

Process Selection, Design, and Analysis

Facility and Work Design

Supply Chain Design

Capacity Management

Forecasting and Demand Planning

Managing Inventories

Resource Management

Operations Scheduling and Sequencing

Quality Management

Lean Operating Systems

Project Management

Filters

Exam 16: Quality Control and Spc

A bottling machine fills soft drink bottles with an average of 12.000 ounces with a standard deviation of 0.002 ounces. Determine the process capability index, Cp, if the design specification for the fill weight of the bottles is 12.000 ounces plus or minus 0.015 ounces.

A manufacturer inspected 40 circuit boards and found a total of 640 defects. If the company wants to use SPC to control the manufacturing process by monitoring the number of defects per circuit board, what type of chart should they use and what should the control limits be?

Five samples were taken, with five observations each. The sample findings are listed below. The sample values represent service times in minutes. a.Determine the control limits for the R-chart. b.Would you conclude the R-chart is in statistical control and proceed to develop the x-bar chart?

The value of Cpk is the average of the lower and upper capability indexes; that is, Cpk = (Cpl + Cpu)/2.

If one was monitoring the average time to load a web page, the chart to use would be the

Goods, Services, and Operations Management

Value Chains

Measuring Performance in Operations

Operations Strategy

Technology and Operations Management

Goods and Service Design

Process Selection, Design, and Analysis

Facility and Work Design

Supply Chain Design

Capacity Management

Forecasting and Demand Planning

Managing Inventories

Resource Management

Operations Scheduling and Sequencing

Quality Management

Lean Operating Systems

Project Management

Filters

A bottling machine fills soft drink bottles with an average of 12.000 ounces with a standard deviation of 0.002 ounces. Determine the process capability index, C_p, if the design specification for the fill weight of the bottles is 12.000 ounces plus or minus 0.015 ounces.

The value of C_pk is the average of the lower and upper capability indexes; that is, C_pk = (C_pl + C_pu)/2.