If $d f _ { A } = 2 , d f _ { B } = 1 , d f _ {{ A } \times B} = 2$

Multiple Choice

If $S S _ { \text {Total } } = 150.00 , S S _ { A } = 8.00 , S S _ { B } = 10.00 , S S _ { A } \times B = 12.00 , S S _ { \text {Error } } = 120.00 , d f _ { \text {Total } } = 65$ , $d f _ { A } = 2 , d f _ { B } = 1 , d f _ {{ A } \times B} = 2$ , and $d f _ { \text {Error } } = 60$ in a two-factor between-subjects analysis of variance, then $M S _ { B } =$ and $M S _ { A \times B } =$

A) 6.00; 10.00
B) 10.00; 80.00
C) 5.00; 12.00
D) 10.00; 6.00