PROBLEM 4. What is a better design a 2°1 replicated twice or an unreplicated 2°? O Resolution V replicated twice as the power is higher, you get a pure error estimate, and main effects, and two...


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PROBLEM 4. What is a better design a 2°1 replicated twice or an unreplicated 2°?<br>O Resolution V replicated twice as the power is higher, you get a pure error estimate, and main<br>effects, and two interactions are confounded with higher order terms.<br>O The unreplicated full factorial design is desirable, because it does not have any confounding<br>terms.<br>O They are both equally desirable as they have the same number of runs,<br>PROBLEM 5. Will a folded resolution IV design result in a higher resolution design?<br>OYes<br>O No, please give a counterevample.<br>

Extracted text: PROBLEM 4. What is a better design a 2°1 replicated twice or an unreplicated 2°? O Resolution V replicated twice as the power is higher, you get a pure error estimate, and main effects, and two interactions are confounded with higher order terms. O The unreplicated full factorial design is desirable, because it does not have any confounding terms. O They are both equally desirable as they have the same number of runs, PROBLEM 5. Will a folded resolution IV design result in a higher resolution design? OYes O No, please give a counterevample.

Jun 08, 2022
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