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An experiment was conducted to study the effects of temperature and type of oven on the life of particular component. Four types of ovens and 3 temperature levels were used in the experimer Twenty-four pieces were assigned randomly, two to each combination of treatments, and tl following results recorded. Oven Temperature (°F) O2 O3 04 500 227 214 225 260 221 259 236 229 550 187 181 232 246 208 179 198 273 600 174 198 178 206 202 194 213 219

An experiment was conducted to study the effects of temperature and type of oven on the life of particular component. Four types of ovens and 3 temperature levels were used in the experimer Twenty-four pieces were assigned randomly, two to each combination of treatments, and tl following results recorded. Oven Temperature (°F) O2 O3 04 500 227 214 225 260 221 259 236 229 550 187 181 232 246 208 179 198 273 600 174 198 178 206 202 194 213 219

MATLAB: An Introduction with Applications
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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Use traditional steps in Test of Hypothesis and Anova. (Do not use the p value technique)
An experiment was conducted to study the effects of temperature and type of oven on the life of a particular component. Four types of ovens and 3 temperature levels were used in the experiment Twenty-four pieces were assigned randomly, two to each combination of treatments, and the following results recorded. 4. Oven Temperature (°F) O2 500 227 214 225 260 221 259 236 229 550 187 181 232 246 208 179 198 273 600 174 198 178 206 202 194 213 219 Using a 0.01 level of significance, test the hypothesis that: a. different temperatures have no effect on the life of the component; b. different ovens have no effect on the life of the component; с. the type of oven and temperature do not interact.
Transcribed Image Text:An experiment was conducted to study the effects of temperature and type of oven on the life of a particular component. Four types of ovens and 3 temperature levels were used in the experiment Twenty-four pieces were assigned randomly, two to each combination of treatments, and the following results recorded. 4. Oven Temperature (°F) O2 500 227 214 225 260 221 259 236 229 550 187 181 232 246 208 179 198 273 600 174 198 178 206 202 194 213 219 Using a 0.01 level of significance, test the hypothesis that: a. different temperatures have no effect on the life of the component; b. different ovens have no effect on the life of the component; с. the type of oven and temperature do not interact.
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