A group of students measure the length and width of a random sample of beans. They are interested in investigating the relationship between the length and width. Their summary statistics are displayed in the table below. All units, if applicable, are millimeters. Mean width Standard deviation of width Mean height Standard deviation of height Correlation coefficient 7.56 0.877 13.894 1.746 0.837 Round your answers to three decimal places. The students are interested in using the width of the beans to predict the height. Calculate the slope of the regression equation. 1.666 Write the equation of the line of best fit that can be used to predict bean heights. Use a to represent width and y to represent height. 1.299 +1.666(x) x syntax error: this is not an equation. What fraction of the variability in bean heights can be explained by the linear model of bean height vs. width? Express your answer as a decimal. 0.7006 If, instead, the students are interested in using the height of the beans to predict the width, calculate the slope of this new regression equation. Write the equation of the line of best fit that can be used to predict bean widths. Use a to represent height and y to represent width.
A group of students measure the length and width of a random sample of beans. They are interested in investigating the relationship between the length and width. Their summary statistics are displayed in the table below. All units, if applicable, are millimeters. Mean width Standard deviation of width Mean height Standard deviation of height Correlation coefficient 7.56 0.877 13.894 1.746 0.837 Round your answers to three decimal places. The students are interested in using the width of the beans to predict the height. Calculate the slope of the regression equation. 1.666 Write the equation of the line of best fit that can be used to predict bean heights. Use a to represent width and y to represent height. 1.299 +1.666(x) x syntax error: this is not an equation. What fraction of the variability in bean heights can be explained by the linear model of bean height vs. width? Express your answer as a decimal. 0.7006 If, instead, the students are interested in using the height of the beans to predict the width, calculate the slope of this new regression equation. Write the equation of the line of best fit that can be used to predict bean widths. Use a to represent height and y to represent width.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A group of students measure the length and width of a random sample of beans. They are interested in
investigating the relationship between the length and width. Their summary statistics are displayed in the
table below. All units, if applicable, are millimeters.
Mean width
Standard deviation of width
Mean height
Standard deviation of height
Correlation coefficient
7.56
0.877
13.894
1.746
0.837
Round your answers to three decimal places.
The students are interested in using the width of the beans to predict the height. Calculate the slope of
the regression equation.
1.666
Write the equation of the line of best fit that can be used to predict bean heights. Use a to represent
width and y to represent height.
1.299 +1.666(x) x syntax error: this is not an equation.
What fraction of the variability in bean heights can be explained by the linear model of bean height vs.
width? Express your answer as a decimal.
0.7006
If, instead, the students are interested in using the height of the beans to predict the width, calculate the
slope of this new regression equation.
Write the equation of the line of best fit that can be used to predict bean widths. Use a to represent
height and y to represent width.
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