Question: A 2 5 factorial design is to be run in blocks of size four. How many factorial effects are needed to define the blocks? For


A 25 factorial design is to be run in blocks of size four. How many factorial effects are needed to define the blocks? For a 25 factorial design in A, B, C, D, E, choose second- or higher order interaction effects to obtain the design described above. How many other effects are aliased with blocks?

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