The data set below is the cost (in cents) per 1-ounce serving for a sample of 13 chocolate chip cookies. Complete parts (a) through (d) below. 52 20 25 24 38 42 9. 29 42 25 41 49 47 Compute the Z scores for the first five values. Data (X) Z Score 52 20 25 24 38 (Round to two decimal places as needed.) Compute the Z scores for the next five values. Data (X) Z Score 42 42 25 47 (Round to two decimal places as needed.) Compute the Z scores for the last three values. Data (X) Z Score 29 41 49 (Round to two decimal places as needed.) Are there any outliers? Explain. A. No, since there are no Z scores that are less than - 3.0 or greater than + 3.0. B. Yes, since there is at least one Z score that is less than - 3.0 or greater than +3.0. - 3.0 or greater than +3.0. C. Yes, since there are no Z scores that are less than D. No, since there is at least one Z score that is less than - 3.0 or greater than +3.0.

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The data set below is the cost (in cents) per 1-ounce serving for a sample of 13 chocolate chip cookies. Complete parts (a) through (d) below.
52
20
25
24
38
42
9.
29
42
25
41
49
47
Compute the Z scores for the first five values.
Data (X)
Z Score
52
20
25
24
38
(Round to two decimal places as needed.)
Compute the Z scores for the next five values.
Data (X)
Z Score
42
42
25
47
(Round to two decimal places as needed.)
Transcribed Image Text:The data set below is the cost (in cents) per 1-ounce serving for a sample of 13 chocolate chip cookies. Complete parts (a) through (d) below. 52 20 25 24 38 42 9. 29 42 25 41 49 47 Compute the Z scores for the first five values. Data (X) Z Score 52 20 25 24 38 (Round to two decimal places as needed.) Compute the Z scores for the next five values. Data (X) Z Score 42 42 25 47 (Round to two decimal places as needed.)
Compute the Z scores for the last three values.
Data (X)
Z Score
29
41
49
(Round to two decimal places as needed.)
Are there any outliers? Explain.
A. No, since there are no Z scores that are less than - 3.0 or greater than + 3.0.
B. Yes, since there is at least one Z score that is less than - 3.0 or greater than +3.0.
- 3.0 or greater than +3.0.
C. Yes, since there are no Z scores that are less than
D. No, since there is at least one Z score that is less than - 3.0 or greater than +3.0.
Transcribed Image Text:Compute the Z scores for the last three values. Data (X) Z Score 29 41 49 (Round to two decimal places as needed.) Are there any outliers? Explain. A. No, since there are no Z scores that are less than - 3.0 or greater than + 3.0. B. Yes, since there is at least one Z score that is less than - 3.0 or greater than +3.0. - 3.0 or greater than +3.0. C. Yes, since there are no Z scores that are less than D. No, since there is at least one Z score that is less than - 3.0 or greater than +3.0.
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