Suppose you are trying to train your children to do their chores. You use positive reinforcement by giving them teats to complete chores. Below are your children and the data on the treats and number of minutes they spend doing chores. Kid Scooby-Doo Pluto Marley Lassie Number of treats (X) Minutes spend doing chores (Y) 3 5 2 9 To determine the regression line = bX+a, calculate the following values: A. slope, b = [Select] B. X-intercept, a = 15 30 15 45 [Select] Now using the regression line that you determined, make predictions on the number of attempts for the following values of X (number of treats) C. According to the regression line, when X = 4, Y = [Select] D. According to the regression line, when X = 7, Y = [Select]
Suppose you are trying to train your children to do their chores. You use positive reinforcement by giving them teats to complete chores. Below are your children and the data on the treats and number of minutes they spend doing chores. Kid Scooby-Doo Pluto Marley Lassie Number of treats (X) Minutes spend doing chores (Y) 3 5 2 9 To determine the regression line = bX+a, calculate the following values: A. slope, b = [Select] B. X-intercept, a = 15 30 15 45 [Select] Now using the regression line that you determined, make predictions on the number of attempts for the following values of X (number of treats) C. According to the regression line, when X = 4, Y = [Select] D. According to the regression line, when X = 7, Y = [Select]
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
![Suppose you are trying to train your children to do their chores. You use positive reinforcement by
giving them teats to complete chores. Below are your children and the data on the treats and
number of minutes they spend doing chores.
Kid
Scooby-Doo
Pluto
Marley
Lassie
Number of treats (X) Minutes spend doing chores (Y)
3
5
2
9
To determine the regression line = bX+a, calculate the following values:
A. slope, b = [Select]
B. X-intercept, a =
15
30
15
45
[Select]
Now using the regression line that you determined, make predictions on the number of attempts for
the following values of X (number of treats)
C. According to the regression line, when X = 4, Y
=
[Select]
D. According to the regression line, when X = 7, Y = [Select]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F04c52921-cfa4-41e1-9a17-e97aadee2312%2Fe1de985b-4596-481a-8445-1fef62c0b6ab%2Fhfcns38_processed.png&w=3840&q=75)
Transcribed Image Text:Suppose you are trying to train your children to do their chores. You use positive reinforcement by
giving them teats to complete chores. Below are your children and the data on the treats and
number of minutes they spend doing chores.
Kid
Scooby-Doo
Pluto
Marley
Lassie
Number of treats (X) Minutes spend doing chores (Y)
3
5
2
9
To determine the regression line = bX+a, calculate the following values:
A. slope, b = [Select]
B. X-intercept, a =
15
30
15
45
[Select]
Now using the regression line that you determined, make predictions on the number of attempts for
the following values of X (number of treats)
C. According to the regression line, when X = 4, Y
=
[Select]
D. According to the regression line, when X = 7, Y = [Select]
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