7.2 Two cholesterol-lowering medications (statins) and a placebo were given to each of 10 volunteers with total cholesterol readings of 240 or higher. After 6 weeks, the following total cholesterol values were recorded: Statin A: 220 190 180 185 210 170 178 200 177 189 Statin B: 160 168 178 200 172 155 159 167 185 199 Placebo: 240 220 246 244 198 238 277 255 190 188 =2 Chapter 7 Analysis of Variance Create a SAS data set by reading these data. As an interesting exercise, try reading three lines like this: 220 190 180 185 210 170 178 200 177 189 160 168 178 200 172 155 159 167 185 199 240 220 246 244 198 238 277 255 190 188 That is, have the program create the treatment variable (call it TREAT) with values of 'A', 'B', and 'Placebo'. Next run a oneway ANOVA followed by a Student-Newman-Keuls multiple-comparison test. stand before (Use SAS) Do problem 7.2 on p.232 in Applied Statistics and the SAS Programming Language. (Hint: For 7.2, use two DO loops, you may want to look at p.215 for an example SAS code) Here is the data for problem 7.2: 220 190 180 185 210 170 178 200 177 189 160 168 178 200 172 155 159 167 185 199 240 220 246 244 198 238 277 255 190 188
7.2 Two cholesterol-lowering medications (statins) and a placebo were given to each of 10 volunteers with total cholesterol readings of 240 or higher. After 6 weeks, the following total cholesterol values were recorded: Statin A: 220 190 180 185 210 170 178 200 177 189 Statin B: 160 168 178 200 172 155 159 167 185 199 Placebo: 240 220 246 244 198 238 277 255 190 188 =2 Chapter 7 Analysis of Variance Create a SAS data set by reading these data. As an interesting exercise, try reading three lines like this: 220 190 180 185 210 170 178 200 177 189 160 168 178 200 172 155 159 167 185 199 240 220 246 244 198 238 277 255 190 188 That is, have the program create the treatment variable (call it TREAT) with values of 'A', 'B', and 'Placebo'. Next run a oneway ANOVA followed by a Student-Newman-Keuls multiple-comparison test. stand before (Use SAS) Do problem 7.2 on p.232 in Applied Statistics and the SAS Programming Language. (Hint: For 7.2, use two DO loops, you may want to look at p.215 for an example SAS code) Here is the data for problem 7.2: 220 190 180 185 210 170 178 200 177 189 160 168 178 200 172 155 159 167 185 199 240 220 246 244 198 238 277 255 190 188
MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Transcribed Image Text:7.2 Two cholesterol-lowering medications (statins) and a placebo were given to each of 10
volunteers with total cholesterol readings of 240 or higher. After 6 weeks, the following
total cholesterol values were recorded:
Statin A: 220 190 180 185 210 170 178 200 177 189
Statin B: 160 168 178 200 172 155 159 167 185 199
Placebo: 240 220 246 244 198 238 277 255 190 188
=2 Chapter 7
Analysis of Variance
Create a SAS data set by reading these data. As an interesting exercise, try reading
three lines like this:
220 190 180 185 210 170 178 200 177 189
160 168 178 200 172 155 159 167 185 199
240 220 246 244 198 238 277 255 190 188
That is, have the program create the treatment variable (call it TREAT) with values of
'A', 'B', and 'Placebo'. Next run a oneway ANOVA followed by a Student-Newman-Keuls
multiple-comparison test.
stand before

Transcribed Image Text:(Use SAS) Do problem 7.2 on p.232 in Applied Statistics and the SAS Programming
Language. (Hint: For 7.2, use two DO loops, you may want to look at p.215 for an
example SAS code)
Here is the data for problem 7.2:
220 190 180 185 210 170 178 200 177 189
160 168 178 200 172 155 159 167 185 199
240 220 246 244 198 238 277 255 190 188
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