Which of the following statements can we determine from the graph below? Normal quantile 2 1 0- -1- -2- 0 Equal-intensity lights 50 100 Orientation error (degrees) 150 Normal quantile 0 Milky Way 50 Orientation error (degrees) 100 150 The equal-intensity lights group seems to be normally distributed while the milky way group is not O The milky way group seems to be normally distributed while the equal-intensity lights group is not The equal-intensity lights group seems to have equal variance while the milky way group does not The milky way group seems to have equal variance while the equal-intensity lights group does not
Which of the following statements can we determine from the graph below? Normal quantile 2 1 0- -1- -2- 0 Equal-intensity lights 50 100 Orientation error (degrees) 150 Normal quantile 0 Milky Way 50 Orientation error (degrees) 100 150 The equal-intensity lights group seems to be normally distributed while the milky way group is not O The milky way group seems to be normally distributed while the equal-intensity lights group is not The equal-intensity lights group seems to have equal variance while the milky way group does not The milky way group seems to have equal variance while the equal-intensity lights group does not
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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Need help think is B
Transcribed Image Text:Which of the following statements can we determine from the graph below?
Normal quantile
2
1
0-
-1-
-2-
0
Equal-intensity lights
50
100
Orientation error (degrees)
150
Normal quantile
0
Milky Way
50
Orientation error (degrees)
100
150
The equal-intensity lights group seems to be normally distributed while the milky
way group is not
O The milky way group seems to be normally distributed while the equal-intensity
lights group is not
The equal-intensity lights group seems to have equal variance while the milky way
group does not
The milky way group seems to have equal variance while the equal-intensity lights
group does not
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