A researcher is interested to see if driving efficacy self-ratings are related to driving ability. The researcher has a group of 15 participants take a self-efficacy questionnaire and participate in an inner-city driving simulation. At the end of the driving simulation, participants are given a score representing their overall driving ability based on participant’s adherence to traffic signs, speed deviation, and eye tracking data. Use the following data the researcher gathered to complete each step of the assignment instructions. What would be the predicted driving ratings if a participant attained a 16 self-efficacy rating? Efficacy Driving Ratings 18 94 15 75 13 58 14 81 17 94 13 86 15 66 16 75 18 78 19 94 20 98 11 45 15 70 12 55 14 70 Use the SPSS program to calculate the correlation and create a scatterplot Provide the appropriate output given from the program Describe this relationship (both strength and direction, and in layman’s terms) Determine if these variables truly related or could there be a third variable at play Calculate the regression equation using SPSS-Include the Regression Test output Use that regression equation to calculate a prediction described in each problem
A researcher is interested to see if driving efficacy self-ratings are related to driving ability. The researcher has a group of 15 participants take a self-efficacy questionnaire and participate in an inner-city driving simulation. At the end of the driving simulation, participants are given a score representing their overall driving ability based on participant’s adherence to traffic signs, speed deviation, and eye tracking data. Use the following data the researcher gathered to complete each step of the assignment instructions. What would be the predicted driving ratings if a participant attained a 16 self-efficacy rating? Efficacy Driving Ratings 18 94 15 75 13 58 14 81 17 94 13 86 15 66 16 75 18 78 19 94 20 98 11 45 15 70 12 55 14 70 Use the SPSS program to calculate the correlation and create a scatterplot Provide the appropriate output given from the program Describe this relationship (both strength and direction, and in layman’s terms) Determine if these variables truly related or could there be a third variable at play Calculate the regression equation using SPSS-Include the Regression Test output Use that regression equation to calculate a prediction described in each problem
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter4: Equations Of Linear Functions
Section4.5: Correlation And Causation
Problem 15PPS
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Question
A researcher is interested to see if driving efficacy self-ratings are related to driving
ability. The researcher has a group of 15 participants take a self-efficacy questionnaire
and participate in an inner-city driving simulation. At the end of the driving simulation,
participants are given a score representing their overall driving ability based on
participant’s adherence to traffic signs, speed deviation, and eye tracking data. Use the
following data the researcher gathered to complete each step of the assignment
instructions. What would be the predicted driving ratings if a participant attained a 16
self-efficacy rating?
Efficacy Driving Ratings
18 94
15 75
13 58
14 81
17 94
13 86
15 66
ability. The researcher has a group of 15 participants take a self-efficacy questionnaire
and participate in an inner-city driving simulation. At the end of the driving simulation,
participants are given a score representing their overall driving ability based on
participant’s adherence to traffic signs, speed deviation, and eye tracking data. Use the
following data the researcher gathered to complete each step of the assignment
instructions. What would be the predicted driving ratings if a participant attained a 16
self-efficacy rating?
Efficacy Driving Ratings
18 94
15 75
13 58
14 81
17 94
13 86
15 66
16 75
18 78
19 94
20 98
11 45
15 70
12 55
14 70
Use the SPSS program to calculate thecorrelation and create a scatterplot
Provide the appropriate output given from the program
Describe this relationship (both strength and direction, and in layman’s terms)
Determine if these variables truly related or could there be a third variable at play
Calculate the regression equation using SPSS-Include the Regression Test output
Use that regression equation to calculate a prediction described in each problem.
18 78
19 94
20 98
11 45
15 70
12 55
14 70
Use the SPSS program to calculate the
Provide the appropriate output given from the program
Describe this relationship (both strength and direction, and in layman’s terms)
Determine if these variables truly related or could there be a third variable at play
Calculate the regression equation using SPSS-Include the Regression Test output
Use that regression equation to calculate a prediction described in each problem.
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