Relations of basic arithmetic and motor skills in deaf elementary school children

Area of Science:

• Developmental Psychology
• Neuroscience
• Special Education

Background:

• Deaf children often face challenges in cognitive and motor skill development.
• The impact of hearing loss on numerical skill acquisition is not fully understood.
• Previous research suggests potential links between motor skills and mathematical abilities.

Purpose of the Study:

• To compare the arithmetic, balance control, and synkinetic movement suppression skills of deaf children with those of younger hearing children.
• To investigate the relationship between basic arithmetic and motor skills in both deaf and hearing children.
• To explore potential underlying neurological factors affecting numerical skills in deaf children.

Main Methods:

• Comparison of three groups: Arab deaf children, Jewish deaf children, and Arab hearing children.
• Assessment of basic arithmetic, static balance control, and synkinetic finger movement suppression.
• Statistical analysis to identify correlations between cognitive and motor skills.

Main Results:

• Deaf children performed comparably to younger hearing children in arithmetic and synkinetic control.
• Deaf children demonstrated inferior static balance control compared to hearing peers.
• Significant correlations between arithmetic and motor skills were observed in both deaf and hearing groups.

Conclusions:

• The findings suggest that neurological immaturity, independent of hearing loss, may impede numerical skill acquisition in deaf children.
• Motor skill development appears closely linked to mathematical abilities, even in the context of hearing impairment.
• Further research into neurological factors is warranted to understand cognitive development in deaf populations.