The degrees of freedom (df) for the interaction in a factorial ...

[Chloeellawright]

The degrees of freedom (df) for the interaction in a factorial ANOVA equals
 
  A) the df values for the IVs multiplied by N
  B) N-1
  C) the df values for the IVs multiplied together
  D) the sum of the error df value and the main effect df values

Question 2

Your friend reads an article from 1990 which evaluated how computer use affects academic
  performance for college students.
 
  He wants to use the results to support a hypothesis in a study
  he is developing, however you question his approach because the results may not be applicable
  to students today. This interpretation is based on which of the following?
  A) population generalization B) environmental generalization
  C) concurrent generalization D) temporal generalization

[b614102004]

Answer to Question 1

C

Answer to Question 2

D

[Chloeellawright]

Thanks for the timely response, appreciate it

[dantucker]

TYSM