Which of the following answers best describes ways of interpreting and understanding the values of standard deviation (s) of a data set without a distribution bell curve shape? OA, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different levels of measurements have to be used to analyze the data set. O B. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different levels of measurements have to be used to analyze the data set. OC For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, Chebyshev's theorem is used to analyze the data set. OD, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the measures of central tendency have to be used to analyze the data set. OE None of the answers is the correct answer choice for this question.
Which of the following answers best describes ways of interpreting and understanding the values of standard deviation (s) of a data set without a distribution bell curve shape? OA, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different levels of measurements have to be used to analyze the data set. O B. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different levels of measurements have to be used to analyze the data set. OC For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, Chebyshev's theorem is used to analyze the data set. OD, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the measures of central tendency have to be used to analyze the data set. OE None of the answers is the correct answer choice for this question.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Question
Q2
![QUESTION 10
Which of the following answers best describes ways of interpreting and understanding the values of standard deviation (s) of a data set without a
distribution bell curve shape?
O A. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different
levels of measurements have to be used to analyze the data set.
O B, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different
levels of measurements have to be used to analyze the data set.
OC For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, Chebyshev's
theorem is used to analyze the data set.
O D. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the measures
of central tendency have to be used to analyze the data set.
OE None of the answers is the correct answer choice for this question.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2f9e23c3-dc40-4119-9fdb-35285dfd5865%2Fdceb914b-3443-4f22-9b73-b173c16d434f%2Fxhcbrq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUESTION 10
Which of the following answers best describes ways of interpreting and understanding the values of standard deviation (s) of a data set without a
distribution bell curve shape?
O A. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different
levels of measurements have to be used to analyze the data set.
O B, For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the different
levels of measurements have to be used to analyze the data set.
OC For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, Chebyshev's
theorem is used to analyze the data set.
O D. For interpreting and understanding a value of a standard deviation (s) of a data set without a normal distribution bell curve shape, the measures
of central tendency have to be used to analyze the data set.
OE None of the answers is the correct answer choice for this question.
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