Outcome A Outcome B Pesticide Exposure Pesticide Exposure Set None Low-Lavel High-Level Set Total See None Low-Level High-Level Set Total A 92 101 110 P-303 78 2232 B 102 112 P-307 P276 93 92 95 B 77 92 107 122 77 92 107 122 P-308 104 106 92 109 122 112 115 P-323 D P316 D P-366 T372 T-413 T-449 SS - 6 SS - 14.75 T-396 T401 T-399 SS - 1.1255S - 1,112.755S - 1,125 SS-12.75 G1,234 6 - 1,197 ed The between treatments variance is The between-treatments variance is The between-subjects variance is The between-subjects variance is (Hint: Since this is a matched-subjects design, the between-subjects variance describes variance due to the differences between the sets of matched subjects. It can be calculated by computing MS between subjects = SSbetween subjects/dfbetween subjects.) The error variance is The error variance is The F-ratio for treatments is The F-ratio for treatments is Comparing outcome A to outcome B, outcome A has between-treatments variance than outcome B. Outcome A has between-subjects variance than outcome B. Therefore, outcome A has a F-ratio roh HI Outcome A Outcome B Pesticide Exposure Pesticide Exposure Set None Low-Lavel High-Level Set Total See None Low-Level High-Level Set Total A 92 101 110 P-303 78 2232 B 102 112 P-307 P276 93 92 95 B 77 92 107 122 77 92 107 122 P-308 104 106 92 109 122 112 115 P-323 D P316 D P-366 T372 T-413 T-449 SS - 6 SS - 14.75 T-396 T401 T-399 SS - 1.1255S - 1,112.755S - 1,125 SS-12.75 G1,234 6 - 1,197 ed The between treatments variance is The between-treatments variance is The between-subjects variance is The between-subjects variance is (Hint: Since this is a matched-subjects design, the between-subjects variance describes variance due to the differences between the sets of matched subjects. It can be calculated by computing MS between subjects = SSbetween subjects/dfbetween subjects.) The error variance is The error variance is The F-ratio for treatments is The F-ratio for treatments is Comparing outcome A to outcome B, outcome A has between-treatments variance than outcome B. Outcome A has between-subjects variance than outcome B. Therefore, outcome A has a F-ratio roh HI