While detailed models of number representation in the brain have been developed, it remains to be seen exactly how basic number representations link to higher math abilities.
The development of an evolutionarily grounded analogue magnitude representation linked to the parietal lobes is frequently thought to be a major factor in the arithmetic development of humans.
We have shown that these representations are linked to the types of meetings held during the design process.
Notably, however, in the majority of regions tested we find that neural representations remain linked to either the hand or tool.
A second, related reason suggests that the shortcomings seen in black and Asian representation are linked to a wider malaise among voters.
More female representation is linked to better business performance.
Descriptive racial representation is linked to race-conscious electoral districting because majority black districts, for instance, are much more likely to elect black representatives.
The correlation between spatial imagery scores and cross-modal performance suggest that construction of this high-level representation is linked to the ability to perform spatial transformations.
In other words, receiving the numerical input through the auditory or tactile modalities may have generated a representation ultimately linked to working memory in its manipulation.
Nowadays, there is no real standard for computer symbolic music representation [8], although different representation formats (sometime linked to certain applications) are available.
