A statistician is curious if the gold medal time for the women’s 100 – meter freestyle depends upon the year that the Summer Olympics took place. A sample of every other Summer Olympics for the women’s 100-meter freestyle produced the following data: Year Time (in seconds) 1912 82.2 1924 72.4 1932 66.8 1952 66.8 1960 61.2 1968 60.0 1976 55.65 1984 55.92 1992 54.64 2000 53.8 2008 53.1 Using your calculator, create a scatter plot of the data. Use the gold medal time as the response variable and the year of the Summer Olympics as the explanatory variable.
A statistician is curious if the gold medal time for the women’s 100 – meter freestyle depends upon the year that the Summer Olympics took place. A sample of every other Summer Olympics for the women’s 100-meter freestyle produced the following data: Year Time (in seconds) 1912 82.2 1924 72.4 1932 66.8 1952 66.8 1960 61.2 1968 60.0 1976 55.65 1984 55.92 1992 54.64 2000 53.8 2008 53.1 Using your calculator, create a scatter plot of the data. Use the gold medal time as the response variable and the year of the Summer Olympics as the explanatory variable.
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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A statistician is curious if the gold medal time for the women’s 100 – meter freestyle depends upon the year that the Summer Olympics took place. A sample of every other Summer Olympics for the women’s 100-meter freestyle produced the following data:
Year |
Time (in seconds) |
1912 |
82.2 |
1924 |
72.4 |
1932 |
66.8 |
1952 |
66.8 |
1960 |
61.2 |
1968 |
60.0 |
1976 |
55.65 |
1984 |
55.92 |
1992 |
54.64 |
2000 |
53.8 |
2008 |
53.1 |
Using your calculator, create a scatter plot of the data. Use the gold medal time as the response variable and the year of the Summer Olympics as the explanatory variable.
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