Derek P. Bergeron et al. Result Schema validity Statistical analyses for the coded drawing variables are presented in Table I Schema validity Results for the Space Domain Test, and Table 2, Schema Validity Results for the Colour Associative Test. Only two statistically signif cant effects were found. First, the data revealed evidence for the tendency of participants to place drawings of the unconscious in the unconscious quad- rant, according to the space domain test. Second, the data revealed a statistic ally significant effect for participants to not place the mother colour in the mother quadrant, determined by the colour associative test. The other four teen variables analysed revealed no statistically significant effects. Table I. Schema Validity Results for the Space Domain Test mean T-value FaOD 0.386 98I 4.846 。.202 ◎.I6I o.942 0.496 FaDED 2.403 UnDCP 62 2.905 .o04 MODCD I.73 I83 FuDCD 0.327 0.239 Note: *=statistically significant at p< oI P-values represent the likelihood of obtaining a particular statistic.Thus, p-values of less than os (p< os)means that there is a probability of less than os(or less than I out of 2o chances)of obtaining a particular correlation of that size, given that the true correlation in the population is o oo. The usual statistic used is p<os, but we have adjusted our level of significance to a more conservative p< oi (or less than I out of Ioo). This means that all the reported statistically significant results are more likely to be valid. Table 2. Schema validity Results for the Colour Associative Test Mean T-value 8 435 ⊥.IA6 OooI 31 FaDED -o.086 0.931 UnDCD MoD -2.505 FuDCD 103 o.592 Note: *=statistically significant at p92 Derek P. Bergeron et al. Results Schema validity Statistical analyses for the coded drawing variables are presented in Table 1, Schema Validity Results for the Space Domain Test, and Table 2, Schema Validity Results for the Colour Associative Test. Only two statistically signifi￾cant effects were found. First, the data revealed evidence for the tendency of participants to place drawings of the unconscious in the unconscious quad￾rant, according to the space domain test. Second, the data revealed a statistic￾ally significant effect for participants to not place the mother colour in the mother quadrant, determined by the colour associative test. The other four￾teen variables analysed revealed no statistically significant effects. Table 1. Schema Validity Results for the Space Domain Test N Mean T-value p-value FaQD 104 0.386 0.023 0.981 UnQD 104 4.846 3.051 0.003* MoQD 104 −0.202 −0.161 0.872 FuQD 104 0.942 0.683 0.496 FaDCD 104 2.403 1.654 0.101 UnDCD 104 4.625 2.905 0.004* MoDCD 104 −1.731 −1.183 0.241 FuDCD 104 0.327 0.239 0.811 Note: *=statistically significant at p<.01. P-values represent the likelihood of obtaining a particular statistic. Thus, p-values of less than .05 (p<.05) means that there is a probability of less than .05 (or less than 1 out of 20 chances) of obtaining a particular correlation of that size, given that the true correlation in the population is 0.00. The usual statistic used is p<.05, but we have adjusted our level of significance to a more conservative p<.01 (or less than 1 out of 100). This means that all the reported statistically significant results are more likely to be valid. Table 2. Schema Validity Results for the Colour Associative Test N Mean T-value p-value FaQD 103 0.243 0.185 0.854 UnQD 103 0.991 0.783 0.435 MoQD 103 −4.146 −3.591 0.001* FuQD 103 2.311 1.612 0.111 FaDCD 103 −0.107 −0.086 0.931 UnDCD 103 1.418 1.474 0.144 MoDCD 103 −2.505 −2.644 0.009* FuDCD 103 0.592 0.518 0.605 Note: *=statistically significant at p<.01