QUESTION 1 For Problems #1 through #6, consider the following context. The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers: 24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 Compute the midquartile.
QUESTION 1
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 Compute the midquartile.
QUESTION 2
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 Compute the midrange.
QUESTION 3
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 Compute the Inter-
Quartile Range .
QUESTION 4
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 After computing the most democratic measures of center and spread for this data collection, preferably using technology to minimize manual calculations, and rounding off to the nearest whole unit if necessary, complete the following statement: On average, the Pinelands Perks Coffee Shop serves exactly [#4] customers daily just prior to lunch, give or take approximately [#5] customers.
Record your response to Item #4 here; report your answer precisely, including only the numerical value without unit or labels.
QUESTION 5
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 After computing the most democratic measures of center and spread for this data collection, preferably using technology to minimize manual calculations, and rounding off to the nearest whole unit if necessary, complete the following statement: On average, the Pinelands Perks Coffee Shop serves exactly [#4] customers daily just prior to lunch, give or take approximately [#5] customers.
Record your response to Item #5 here; report your answer precisely, including only the numerical value without unit or labels.
QUESTION 6
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For Problems #1 through #6, consider the following context.
The Pinelands Perks Coffee Shop at Pinelands General Hospital recently monitored its late morning customer counts. A random sample of counts on randomly selected days yielded the following number of pre-lunch but definitely post breakfast customers:
24 25 29 30 38 38 39 41 42 43 43 44 52 53 57 60 Compute the coefficient of variation. [COMMENTS & HINTS: Round if necessary to the whole percent: ##%. Include the percent symbol.]
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