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    Exam 14: Two Too Many Factors: Factorial Analysis of Variancea Brief Introduction
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    In a Factorial ANOVA,one of the Research Hypotheses for a Main
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In a Factorial ANOVA,one of the Research Hypotheses for a Main

Question 52

Question 52

Multiple Choice

In a factorial ANOVA,one of the research hypotheses for a main effect might look like ______.


A) H0: µmale = µ2female
B) H1: In a factorial ANOVA,one of the research hypotheses for a main effect might look like ______. A) H<sub>0: </sub>µ<sub>male = </sub>µ<sub>2female</sub> B) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male </sub><sub>≠</sub> <sub> </sub>   <sub> </sub> <sub>female</sub> C) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male =</sub> <sub> </sub>   <sub> </sub> <sub>female </sub> D) H<sub>1: </sub>µ<sub>male = </sub>µ<sub>female = </sub>µ<sub>age</sub>
male ≠
In a factorial ANOVA,one of the research hypotheses for a main effect might look like ______. A) H<sub>0: </sub>µ<sub>male = </sub>µ<sub>2female</sub> B) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male </sub><sub>≠</sub> <sub> </sub>   <sub> </sub> <sub>female</sub> C) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male =</sub> <sub> </sub>   <sub> </sub> <sub>female </sub> D) H<sub>1: </sub>µ<sub>male = </sub>µ<sub>female = </sub>µ<sub>age</sub>
female
C) H1: In a factorial ANOVA,one of the research hypotheses for a main effect might look like ______. A) H<sub>0: </sub>µ<sub>male = </sub>µ<sub>2female</sub> B) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male </sub><sub>≠</sub> <sub> </sub>   <sub> </sub> <sub>female</sub> C) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male =</sub> <sub> </sub>   <sub> </sub> <sub>female </sub> D) H<sub>1: </sub>µ<sub>male = </sub>µ<sub>female = </sub>µ<sub>age</sub>
male =
In a factorial ANOVA,one of the research hypotheses for a main effect might look like ______. A) H<sub>0: </sub>µ<sub>male = </sub>µ<sub>2female</sub> B) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male </sub><sub>≠</sub> <sub> </sub>   <sub> </sub> <sub>female</sub> C) H<sub>1: </sub> <sub> </sub>   <sub> </sub> <sub>male =</sub> <sub> </sub>   <sub> </sub> <sub>female </sub> D) H<sub>1: </sub>µ<sub>male = </sub>µ<sub>female = </sub>µ<sub>age</sub>
female
D) H1: µmale = µfemale = µage

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