Article 1: Don't have access
Article 2: "On this basis, we performed a correlation analysis of gender differences and age and found that gender differences in individual spatial ability increased as individuals grew older. Due to the complex interaction of other factors like individual differences, growth environment and experimental conditions, this finding may not apply to all meta-analyses, but the high correlation index represents and explains the development and growth trend in connection to gender differences in individual spatial ability."
Article 3: Don't have access
Article 4: This is a study on rats dipshit
Article 5: This is also a study on rats
Article 6: "The commonly reported pattern of decreasing RT mean and variability in childhood and adolescence, followed by an increase in mean and variability through adulthood and into old age, was confirmed. Greater intraindividual variability for females in SRT and CRT was observed in adults but not in children. Males had significantly faster mean SRT than did females across the life span, but there were no sex differences in mean CRT."
Article 7: "Reaction time
The ANOVA on RT with angular disparity as the within-participant factor and sex as the between-participant factor showed a main effect on angular disparity: F(7, 196)=73.66, P<0.001, ηp2=0.725. A t-test for paired samples showed that the RTs were higher on each consecutive angular disparity up to 180° (P≤0.001) and lower on each consecutive angular disparity from 180° up to 315° (P<0.001). Because of multiple testing, Bonferroni correction was chosen and the significance standard was set to α=0.007. For the factor sex, there was no main effect of sex on RT: F(1, 28)=0.287, P=0.596, ηp2=0.01 and no significant interaction between both factors: F(7, 196)=0.487, P=0.591, ηp2=0.02."
"Accuracy rate
The ANOVA on the accuracy rate with angular disparity as the within-participant factor and sex as the between-participant factor showed a main effect on angular disparity: F(7, 196)=24.59, P<0.001, ηp2=0.468. A t-test for paired samples showed the accuracy rate to be higher for the angular disparity of 45° compared with 90°, 135° compared with 180°, 225° compared with 270°, and for the angular disparity of 270° compared with 315° (all P<0.001). All other consecutive comparisons did not show any significance. Because of multiple testing, Bonferroni correction was chosen and the significance standard was set to α=0.007. There was no main effect of sex on the accuracy rate: F(1, 28)=0.114, P=0.738, ηp2=0.004, and no significant interaction between both factors: F(7, 196)=1.130, P=0.346, ηp2=0.039."
"The ANOVA for the number of fixations with angular disparity as the within-participant factor and sex as the between-participant factor showed a main effect on angular disparity: F(7, 196)=80.71, P<0.001, ηp2=0.742. A t-test for paired samples showed the number of fixations to be higher on each consecutive angular disparity up to 180° (P<0.001) and lower on each consecutive angular disparity from 180° up to 315° (P<0.001). Because of multiple testing, Bonferroni correction was chosen and the significance standard was set to α=0.007. There was no main effect of sex on fixation numbers: F(1, 28)=0.048, P=0.829, ηp2=0.002, and no significant interaction between both factors: F(7, 196)=0.34, P=0.754, ηp2=0.012."
Read your own fucking articles dumbass