Many studies have shown that kids under the age of thirteen need extra protection from head on collisions. Professor Thayne A. Munce conducted an experiment testing kids ages eleven to thirteen to see what happened during practices and games. “Overall, the head impact frequency distributions in this study population were similar in magnitude and location as in high school and collegiate football, but total impact frequency was lower”. A study like this can help people to understand that youth contact football is causing head trauma as though these young kids were in high school. The brains of these kids have not developed yet to withstand forces like this during that
Many studies have shown that kids under the age of thirteen need extra protection from head on collisions. Professor Thayne A. Munce conducted an experiment testing kids ages eleven to thirteen to see what happened during practices and games. “Overall, the head impact frequency distributions in this study population were similar in magnitude and location as in high school and collegiate football, but total impact frequency was lower”. A study like this can help people to understand that youth contact football is causing head trauma as though these young kids were in high school. The brains of these kids have not developed yet to withstand forces like this during that