2024/12/3 22:06 Week 4_Test Your Knowledge (TYK): PJM6135 71779 Project Quality Management SEC 14 Fall 2024 CPS [BOS-B-HY]
Week 4_Test Your Knowledge (TYK)
Due No due date
Points 100
Questions 10
Time Limit None
Allowed Attempts Unlimited
Instructions
This practice test covers weeks 1-4 course materials, which include an introduction to project quality
management, quality planning, quality plan implementation, and quality control. Each answer contains
detailed explanations to help you master the course materials. Take notes as you learn as the final exam
will cover week 1-week 6 course materials.
Test Parameters
Logistics: Online
Number of Questions: 10
Duration: 60 minutes
Possible points: 100 points
Questions Type: Fill in the blank, multiple choice, multiple answer, and matching
Question Delivery: One question at a time
Multiple Attempts: Unlimited
Force Completion: Once started, this Test must be completed in one sitting.
Due date: Sunday of the FOURTH week of the course
Take the Quiz Again
Attempt History
Attempt Time Score
LATEST Attempt 1 3 minutes 100 out of 100
Submitted Dec 3 at 10:05pm
Question 1
10/ 10 pts
At an electronic manufacturing company, the quality manager of a process improvement project
measures the weight of TV screens by weighing a sample of five randomly picked TV screens daily. The
manufacturing process is currently considered to be in control, with the standard deviation of sample
means equaling 0.45 inches. The results of the last four days are presented in the attached table.
PJM6135_ Weeks 4-5_ Screens' Weights in Inches.jpg
https://northeastern.instructure.com/courses/196393/quizzes/642880 117
,2024/12/3 22:06 Week 4_Test Your Knowledge (TYK): PJM6135 71779 Project Quality Management SEC 14 Fall 2024 CPS [BOS-B-HY]
(https://northeastern.instructure.com/assessment_questions/328999/files/532275/download?
verifier=XW7zXrWghWJUei6zhMnAUwltdUnnab5gm8D5pgnn&wrap=1) Calculate the upper control limit
(UCL) and the lower control limit (LCL) for the mean chart assuming that the company is using a 3-sigma
process model. Round to the nearest hundredth.
Correct!
(26.58, 29.28)
(27.62, 29.28)
(26.64, 28.91)
(24.85, 29.45)
UCL = 29.28; LCL = 26.58. Find the mean for each day. For example, the mean for Day 1 mean = (28.91
+ 26.64 + 27.64 + 28.90 + 28.46)/5 = 28.11. The means for Day 1 to Day 4 28.11, 28.34, 27.66, and
27.62, respectively. To find the center line, average the sample means: X-double-bar = 27.93.
For a 3-sigma model, UCL = X-double-bar + 3*s = 27.93 + (3 x 0.45) = 29.28.
LCL = X-double-bar -(3 x s) = 27.93 -(3 x 0.45) = 26.58.
Question 2
10/ 10 pts
According to Garvin's definition of quality, quality is found in the components and attributes of
a product.
Transcendent
Manufacturing-based
Correct!
Product-based
Value-based
Garvin found that most definitions of quality were transcendent, product-based, user-based,
manufacturing-based, or value-based. According to the product-based definition, differences in quality
amount to differences in the quantity of some desired ingredient in or attribute of the product.
https://northeastern.instructure.com/courses/196393/quizzes/642880 2/7
, 2024/12/3 22:06 Week 4 _Test Your Knowledge (TYK): PUM6135 71779 Project Quality Management SEC 14 Fall 2024 CPS [BOS-B-HY]
Question 3
10/ 10 pts
At an electronic manufacturing company, the quality manager of a process improvement project
measures the weight of TV screens by weighing a sample of five randomly picked TV screens daily. The
manufacturing process is currently considered to be in control, with the standard deviation of sample
means equaling 0.45 inches. The results of the last four days are presented in the attached table.
PJM6135-Daily Samples From Machine A_weeks4-5.jpg
(https://northeastern.instructure.com/assessment_questions/329000/files/532277/download?
verifier=VEAdrilJvwRnIQQKOvaOtcX7KvM7djNzN8ofXAZT&wrap=1)
What are the upper control limit (UCL) and lower control limit (LCL) of the range chart? Round to the
nearest hundredth.
(1.53, 2.99)
(0, 3.69)
(2.13, 27.93)
Correct!
(0, 4.49)
UCL(R) = 4.49; LCL(R) = 0. Find the range for each day. The range is the maximum value minus the
minimum value. For example, the range for Day 1 is 28.91 -26.64 = 2.27. The ranges for Day 1 to Day 4
are 2.27, 1.72, 1.53, and 2.99, respectively. The average of the ranges R-bar = 2.13 inches. UCL(R) =
R-bar x D4, LCL(R) = R-bar x D3.
For a sample size of five, D4 = 2.11 and D3 = 0.
UCL(R) =2.13 x 2.11 =4 .49.
LCL(R)=2.13x0=0.
Question 4
10 /10 pts
A
Success in project quality management requires the participation of all members of the project team. --
-------- responsibility is to provide suitable resources at adequate capacities.
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Week 4_Test Your Knowledge (TYK)
Due No due date
Points 100
Questions 10
Time Limit None
Allowed Attempts Unlimited
Instructions
This practice test covers weeks 1-4 course materials, which include an introduction to project quality
management, quality planning, quality plan implementation, and quality control. Each answer contains
detailed explanations to help you master the course materials. Take notes as you learn as the final exam
will cover week 1-week 6 course materials.
Test Parameters
Logistics: Online
Number of Questions: 10
Duration: 60 minutes
Possible points: 100 points
Questions Type: Fill in the blank, multiple choice, multiple answer, and matching
Question Delivery: One question at a time
Multiple Attempts: Unlimited
Force Completion: Once started, this Test must be completed in one sitting.
Due date: Sunday of the FOURTH week of the course
Take the Quiz Again
Attempt History
Attempt Time Score
LATEST Attempt 1 3 minutes 100 out of 100
Submitted Dec 3 at 10:05pm
Question 1
10/ 10 pts
At an electronic manufacturing company, the quality manager of a process improvement project
measures the weight of TV screens by weighing a sample of five randomly picked TV screens daily. The
manufacturing process is currently considered to be in control, with the standard deviation of sample
means equaling 0.45 inches. The results of the last four days are presented in the attached table.
PJM6135_ Weeks 4-5_ Screens' Weights in Inches.jpg
https://northeastern.instructure.com/courses/196393/quizzes/642880 117
,2024/12/3 22:06 Week 4_Test Your Knowledge (TYK): PJM6135 71779 Project Quality Management SEC 14 Fall 2024 CPS [BOS-B-HY]
(https://northeastern.instructure.com/assessment_questions/328999/files/532275/download?
verifier=XW7zXrWghWJUei6zhMnAUwltdUnnab5gm8D5pgnn&wrap=1) Calculate the upper control limit
(UCL) and the lower control limit (LCL) for the mean chart assuming that the company is using a 3-sigma
process model. Round to the nearest hundredth.
Correct!
(26.58, 29.28)
(27.62, 29.28)
(26.64, 28.91)
(24.85, 29.45)
UCL = 29.28; LCL = 26.58. Find the mean for each day. For example, the mean for Day 1 mean = (28.91
+ 26.64 + 27.64 + 28.90 + 28.46)/5 = 28.11. The means for Day 1 to Day 4 28.11, 28.34, 27.66, and
27.62, respectively. To find the center line, average the sample means: X-double-bar = 27.93.
For a 3-sigma model, UCL = X-double-bar + 3*s = 27.93 + (3 x 0.45) = 29.28.
LCL = X-double-bar -(3 x s) = 27.93 -(3 x 0.45) = 26.58.
Question 2
10/ 10 pts
According to Garvin's definition of quality, quality is found in the components and attributes of
a product.
Transcendent
Manufacturing-based
Correct!
Product-based
Value-based
Garvin found that most definitions of quality were transcendent, product-based, user-based,
manufacturing-based, or value-based. According to the product-based definition, differences in quality
amount to differences in the quantity of some desired ingredient in or attribute of the product.
https://northeastern.instructure.com/courses/196393/quizzes/642880 2/7
, 2024/12/3 22:06 Week 4 _Test Your Knowledge (TYK): PUM6135 71779 Project Quality Management SEC 14 Fall 2024 CPS [BOS-B-HY]
Question 3
10/ 10 pts
At an electronic manufacturing company, the quality manager of a process improvement project
measures the weight of TV screens by weighing a sample of five randomly picked TV screens daily. The
manufacturing process is currently considered to be in control, with the standard deviation of sample
means equaling 0.45 inches. The results of the last four days are presented in the attached table.
PJM6135-Daily Samples From Machine A_weeks4-5.jpg
(https://northeastern.instructure.com/assessment_questions/329000/files/532277/download?
verifier=VEAdrilJvwRnIQQKOvaOtcX7KvM7djNzN8ofXAZT&wrap=1)
What are the upper control limit (UCL) and lower control limit (LCL) of the range chart? Round to the
nearest hundredth.
(1.53, 2.99)
(0, 3.69)
(2.13, 27.93)
Correct!
(0, 4.49)
UCL(R) = 4.49; LCL(R) = 0. Find the range for each day. The range is the maximum value minus the
minimum value. For example, the range for Day 1 is 28.91 -26.64 = 2.27. The ranges for Day 1 to Day 4
are 2.27, 1.72, 1.53, and 2.99, respectively. The average of the ranges R-bar = 2.13 inches. UCL(R) =
R-bar x D4, LCL(R) = R-bar x D3.
For a sample size of five, D4 = 2.11 and D3 = 0.
UCL(R) =2.13 x 2.11 =4 .49.
LCL(R)=2.13x0=0.
Question 4
10 /10 pts
A
Success in project quality management requires the participation of all members of the project team. --
-------- responsibility is to provide suitable resources at adequate capacities.
https://northeastern.instructure.com/courses/196393/quizzes/642880 3/7
