The peak shopping time at a pet store is between 8-11:00 am on Saturday mornings. Management at the pet store randomly selected 25 customers last Saturday morning and decided to observe their shopping habits. They recorded the number of items that a sample of the customers purchased as well as the total time the customers spent in the store. Identify the types of variables recorded by the pet store. number of items - discrete; total time - continuous number of items - continuous; total time - discrete number of items - continuous; total time - continuous number of items - discrete; total time - discrete

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.6: Variation
Problem 4E
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The peak shopping time at a pet store is between 8-11:00 am on Saturday mornings. Management at the pet store randomly selected 25 customers last Saturday morning and
decided to observe their shopping habits. They recorded the number of items that a sample of the customers purchased as well as the total time the customers spent in the store.
Identify the types of variables recorded by the pet store.
number of items - discrete; total time - continuous
number of items - continuous; total time - discrete
number of items - continuous; total time - continuous
number of items - discrete; total time - discrete
0000
Transcribed Image Text:The peak shopping time at a pet store is between 8-11:00 am on Saturday mornings. Management at the pet store randomly selected 25 customers last Saturday morning and decided to observe their shopping habits. They recorded the number of items that a sample of the customers purchased as well as the total time the customers spent in the store. Identify the types of variables recorded by the pet store. number of items - discrete; total time - continuous number of items - continuous; total time - discrete number of items - continuous; total time - continuous number of items - discrete; total time - discrete 0000
A
For a linear regression problem, the least squares line is y = 2x+2. Determine the predicted value of y when x = 5
19
O O O O
not enough information
12
5
Transcribed Image Text:A For a linear regression problem, the least squares line is y = 2x+2. Determine the predicted value of y when x = 5 19 O O O O not enough information 12 5
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