16 Look at the following output, which relates to a repeated measures ANOVA with three conditions Assume sphericity has been violated 566 566 566 566 Tests of Within Subjects Eects Measure MEASURE 1 007 030 029 031 7 821 7 821 7 821 7 821 271 429 529 947 522 395 542 857 34 706 67 762 66 796 69 413 ...

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16. Look at the following output, which relates to a repeated-measures ANOVA with three conditions. Assume sphericity

Question:

16. Look at the following output, which relates to a repeated-measures ANOVA with three conditions.

Assume sphericity has been violated.

.566

.566 Tests of Within-Subjects Eects Measure: MEASURE_1

.007

.030

.029

.031 7.821 7.821 7.821 7.821 271.429 529.947 522.395 542.857 34.706 67.762 66.796 69.413 2

1.024 1.039 1.000 12 6.146 6.235 6.000 542.857 542.857 542.857 542.857 416.476 416.476 416.476 416.476 FACTOR1 Partial Eta F Sig. Squared Mean df Square Type III Sum Source of Squares Error

(FACTOR1)

Sphericity Assumed Greenhouse–Geisser Huynh-Feldt Lower-bound Sphericity Assumed Greenhouse–Geisser Huynh-Feldt Lower-bound Which is the most appropriate statement?

The difference between the conditions represented by:

(a) F(2,12) = 7.82, p = 0.007

(b) F(1,6) = 7.82, p = 0.030

(c) F(2,12) = 7.82, p = 0.030

(d) F(1.6) = 7.82, p = 0.031

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