In a two-way factorial ANOVA,the formula for calculating SS_A×Bis
A)

\Sigma

(X- $In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _G)².
B)[

\Sigma

(
$In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _C -
$In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _G)²n_C] - SS_A - SS_B.
C)

\Sigma

[( $In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _A -
$In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _G)²n_B].
D)[

\Sigma

( $In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _C -
$In a two-way factorial ANOVA,the formula for calculating SSA×B is A) \Sigma (X- G)2. B) [ \Sigma ( C - G)2nC] - SSA - SSB. C) \Sigma [( A - G)2nB]. D)[ \Sigma ( C - G)2nC].$ _G)²n_C].

In a Two-Way Factorial ANOVA,the Formula for Calculating DfTotal Is

In a Two-Way Factorial ANOVA,the Formula for Calculating Df_Total Is