Consider a one-item survey as follows: Using a scale of 1 – 5 in which 1 = Not as well as I hoped, 2 = Pretty well, 3 = Well, 4 = Very well, and 5 = Crushing it, please indicate how well you are doing so far in your MBA 503 course. 1[] 2[] 30 4[] 5[] What type of data does this survey generate? Choose all that apply. Continuous Ratio Time series Exponential Binomial Interval Biased Intersection Union Hypergeometric Ordinal None of the above O O O O

Management, Loose-Leaf Version
13th Edition
ISBN:9781305969308
Author:Richard L. Daft
Publisher:Richard L. Daft
Chapter19: Managing Quality And Performance
Section: Chapter Questions
Problem 3CFCA: Cousins Jeri Lynn De Bose, Tish Hoover, and Josephine (Joey) Parks looked forward to meeting up...
icon
Related questions
Question
10:27 Bb M
QUESTION 2
Consider a one-item survey as follows:
Using a scale of 1 – 5 in which 1 = Not as well as I
hoped, 2 = Pretty well, 3 = Well, 4 = Very well,
and 5 = Crushing it, please indicate how well you
are doing so far in your MBA 503 course.
1[] 2[]
What type of data does this survey generate?
Choose all that apply.
3[] 4[] 5[ ]
O Continuous
O Ratio
Time series
O Exponential
O Binomial
O Interval
O Biased
O Intersection
Union
O Hypergeometric
O Ordinal
O None of the above
QUESTION 3
If you have a data set of n items, the data are
continuous variables, the data set is unimodal,
and the data set is too skewed to use the normal
distribution, which probability distribution
should you use to calculate probabilities?
O Discrete uniform distribution
Binomial distribution
O Poisson distribution
Hypergeometric distribution
O Geometric distribution
O Uniform continuous distribution
O Standard normal distribution
O Exponential distribution
O Triangular distribution
O None of the above
QUESTION 4
Transcribed Image Text:10:27 Bb M QUESTION 2 Consider a one-item survey as follows: Using a scale of 1 – 5 in which 1 = Not as well as I hoped, 2 = Pretty well, 3 = Well, 4 = Very well, and 5 = Crushing it, please indicate how well you are doing so far in your MBA 503 course. 1[] 2[] What type of data does this survey generate? Choose all that apply. 3[] 4[] 5[ ] O Continuous O Ratio Time series O Exponential O Binomial O Interval O Biased O Intersection Union O Hypergeometric O Ordinal O None of the above QUESTION 3 If you have a data set of n items, the data are continuous variables, the data set is unimodal, and the data set is too skewed to use the normal distribution, which probability distribution should you use to calculate probabilities? O Discrete uniform distribution Binomial distribution O Poisson distribution Hypergeometric distribution O Geometric distribution O Uniform continuous distribution O Standard normal distribution O Exponential distribution O Triangular distribution O None of the above QUESTION 4
10:28 Bb M
v Question Completion Status
Oscar Amaya-Canales 141
QUESTION S
10 points Sae Answer
Construct a 90% confidence interval around a
sample standard deviation when n is 88 and s is
3.85. Round your answers to 4 decimal places.
O [11.7475, 19.3925]
O (19.3925, 11.7475)
O (3.4275, 4.4037)
[4.4037, 3.4275]
O There is not enough information to answer this question
O None of the above
QUESTION 6
10 points
Save Answer
P(R = .3315), P(T = .5442), and P(R|T) = .3315. Are
events R and T independent?
O Yes
O No
O There is not enough information to answer this question
O None of the above
QUESTION 7
10 points save Answer
The number of items in the population is 25,000.
The number of blue items in the population is
315. The number of items in the sample is 500.
The probability of observing more than 8 blue
items in the sample is
to 4 decimal places.
L Round your answer
.1145
O.8180
.1820
O 6.30
O There is not enough information to answer this question
O None of the above
QUESTION 8
9 points Save Answer
The average number of phone calls to a call
center on Thursday nights from 10:00 PM to
11:00 PM is 6.3. The probability of less than 3
calls being received by that call center on any
given Thursday night from 10:00 PM to 11:00 PM
is
Round your answer to 4 decimal places.
.1264
O.0765
.0364
.0498
O There is not enough information to answer this question
O None of the above
Click Save and Sudmit to save and submit. Click Save All Answers to save all answers.
Save All Answers
Save and Submit
Transcribed Image Text:10:28 Bb M v Question Completion Status Oscar Amaya-Canales 141 QUESTION S 10 points Sae Answer Construct a 90% confidence interval around a sample standard deviation when n is 88 and s is 3.85. Round your answers to 4 decimal places. O [11.7475, 19.3925] O (19.3925, 11.7475) O (3.4275, 4.4037) [4.4037, 3.4275] O There is not enough information to answer this question O None of the above QUESTION 6 10 points Save Answer P(R = .3315), P(T = .5442), and P(R|T) = .3315. Are events R and T independent? O Yes O No O There is not enough information to answer this question O None of the above QUESTION 7 10 points save Answer The number of items in the population is 25,000. The number of blue items in the population is 315. The number of items in the sample is 500. The probability of observing more than 8 blue items in the sample is to 4 decimal places. L Round your answer .1145 O.8180 .1820 O 6.30 O There is not enough information to answer this question O None of the above QUESTION 8 9 points Save Answer The average number of phone calls to a call center on Thursday nights from 10:00 PM to 11:00 PM is 6.3. The probability of less than 3 calls being received by that call center on any given Thursday night from 10:00 PM to 11:00 PM is Round your answer to 4 decimal places. .1264 O.0765 .0364 .0498 O There is not enough information to answer this question O None of the above Click Save and Sudmit to save and submit. Click Save All Answers to save all answers. Save All Answers Save and Submit
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps

Blurred answer
Knowledge Booster
Market research methodology
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, management and related others by exploring similar questions and additional content below.
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
Management, Loose-Leaf Version
Management, Loose-Leaf Version
Management
ISBN:
9781305969308
Author:
Richard L. Daft
Publisher:
South-Western College Pub