How are the development of cognitive and physical abilities of 10-11 year old football players related? Literature review

Background and purpose Football requires the development both motor skills and cognitive abilities for success in playing. Therefore, working to increase intellectual and physical abilities from childhood is necessary. But, the question appears: how to connect the development of the cognitive and physical abilities of young football players. Increasing both cognitive and physical skills requires a lot of time. Therefore, the topical question is the connection between the cognitive and physical abilities in one technology. This research aims to investigate the relationship between cognitive and physical abilities in 10-11-year-old football players, addressing the key issue of how these two dimensions of development can influence each other and overall athletic performance; therefore, the study will require quantitative data on players’ physical capabilities (such as speed, strength, and agility) and cognitive skills (including decision-making, reaction time, and spatial awareness) to determine the extent of their interconnection. Material and methods This article investigates the intricate relationship between cognitive and physical abilities in 10-11-year-old football players, focusing on how these dimensions of development interplay and influence overall athletic performance. Utilizing a quantitative approach, data were collected on various physical capabilities, including speed, strength, and agility, alongside cognitive skills such as decision-making, reaction time, and spatial awareness. The analysis of scientific sources from Scopus, Web of Science, PubMed, and Google Scholar databases was used. The search has been provided from keywords “football”, Yang players”, “cognitive abilities”, physical abilities”. Results Most students, both boys and girls, fell asleep between 11:00 PM and midnight. The average bedtime was 10:54 PM for girls and 10:50 PM for boys, with no significant differences between genders. Significant differences were found in wake-up times, with nearly 40% of girls waking up before 6:00 AM, compared to only 24% of boys (p<0.01). Boys experienced fewer difficulties falling asleep, with 21% falling asleep within 15 minutes (p<0.05). The average sleep duration was 6 hours and 28 minutes for girls and 6 hours and 55 minutes for boys, a statistically significant difference (p<0.01). Sleep efficiency was higher in boys (84.25%) compared to girls (78.75%). Sleep problems, daytime dysfunction, and mood changes were more frequent among girls (p<0.01). Only 28.33% of girls and 39.19% of boys had good sleep quality (p<0.01), while 17.00% of girls and 4.40% of boys exhibited severe sleep disturbances Conclusions The implications of this study extend beyond athletic training; they contribute to the broader discourse in healthcare by demonstrating the potential benefits of a holistic approach to youth development that encompasses both physical and cognitive training. By recognizing these interconnections, policymakers and coaches can develop more effective training regimes and interventions aimed at maximizing the potential of young athletes, ultimately promoting healthier lifestyles and improved performance standards in youth sports.Keywords soccer, players, intellectual abilities, motor skills, training