Figures & data
Table 1 Number of boys and girls, by country.
Table 2 Career involving mathematics as a function of mathematics self-concept and achievement, by country.
Table 3 Comparing boys' and girls' self-concept, by country.
Table 4 Self-concept as a function of mathematics score and gender.
![Figure 1 Gender differences in self-concept as a function of GEM, net of GNI.Note: Results from model estimating GEM's effect on self-concept by gender, controlling for GNI. Self-concept is a factor of the three statements: ‘I usually do well in mathematics,’ ‘I enjoy learning mathematics,’ and ‘I like mathematics.’ Low GEM is defined as the 10th percentile of the given GEM value ranks, while high GEM is defined as the 90th percentile.](/cms/asset/8f88c00e-3516-4fa9-ab62-a38d40bb23bb/rady_a_847850_f0001_oc.gif)
![Figure 2 Gender differences in career involving mathematics as a function of GEM, net of GNI.Note: Results from model estimating GEM's effect on career involving mathematics by gender, controlling for GNI. Career involving mathematics is the likelihood of strongly agreeing that mathematics will be important in your career. Low GEM is defined as the 10th percentile of the given GEM value ranks, while high GEM is defined as the 90th percentile.](/cms/asset/22a53c43-abed-40ed-8c48-0b859f1dba64/rady_a_847850_f0002_oc.gif)