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Study aim: To assess the influence of juggling training on mental rotation performance in children. Material and methods: Two groups of girls aged 6-14 years were studied: experimental (EG; n = 26) and control (CG; n = 24). All girls solved a mental rotation task with 3-D block figures on computer screen (pre-test). After the initial test, EG girls participated in juggling training for 3 months; the CG girls participated in light strength training with theraband stretch bands. After 3 months, all girls solved the mental rotation task again (post-test). The post-pre differences in the mental rotation performance were recorded. Results: Children who learned juggling performed the mental rotation task significantly (p less than 0.05-0.01) faster, in terms of reaction time, at non-zero angular disparity than their mates who were strength-trained. Conclusions: Since mental rotation skills enhance spatial imagination, problem solving and mathematical skills, it may be assumed that juggling training enhances also other cognitive domains and is worth implementing in the education process. (Contains 2 figures and 2 tables.)

This article presents a reanalysis of the data of 862 second and fourth graders collected in two previous studies, focusing on the influence of method (psychometric vs. chronometric) and stimulus type on the gender difference in mental-rotation accuracy. The children had to solve mental-rotation tasks with animal pictures, letters, or cube figures, either in a chronometric condition (computerized) or in a psychometric condition (paper-and-pencil). Results show a slight male advantage in mental-rotation accuracy, which is neither influenced by method nor by stimulus type. However, mental-rotation accuracy differed between the stimulus types, with the highest accuracy in animal pictures and the lowest accuracy in cube figures, and between age groups, with better performance in fourth graders than in second graders in both conditions. Results show that psychometric and chronometric mental-rotation tests with all the stimulus types are more or less similarly usable with children of that age.

This study investigated the relation between motor development, intelligence and mental rotation ability in 5 to 6-year-old children. 80 children performed a standardized motor test (MOT 4-6), a paper-pencil mental rotation test (BIRT) and a non-verbal reasoning test (CPM). A multiple regression analysis revealed that intelligence and motor control abilities were significant and independent predictors of mental rotation performance.

Gender differences in a psychometrical and in a chronometrical mental rotation test and in a standardized math test were investigated with a sample size of 109 boys and girls aged 7 or 8 years. The results revealed gender differences in all accuracy-based measures, i.e., in the paper-pencil mental rotation test, in the math test, and in the error rate of the chronometrical test. In line with the literature for adults, however, no gender difference was found in the speed of mental rotation itself. Moreover, no evidence for a speed-accuracy tradeoff was found. Thus, gender differences in tasks of math and visual-spatial cognition are present well before puberty but they seem to be restricted to accuracy-based measures.

Do girls attending a single-sex school outperform their same-sex counterparts attending co-educative schools when solving a mental rotation task known to produce substantial gender differences favoring males? In total, 252 German pupils (126 8th/12th graders each) attending single-sex (84 girls) or co-educative (84 boys and girls each) high-schools in North-Rhine Westphalia (west Germany) participated. All pupils completed the 'Mental Rotations Test' (MRT). We found that in grade 12 girls attending a single-sex school outperformed their same-sex counterparts attending co-educational schools. In grade eight no differences between both groups were observed. As expected, the well known gender difference between 12th grade boys and co-educative girls had been found. Expectations as well as possible consequences are discussed. [ABSTRACT FROM AUTHOR]