Componentes cognitivos del sistema de aproximación numérica y la fluidez de cálculo en niños de educación primaria

Abstract

The relationship between the two cognitive systems that contribute to quantity processing (the Approximate Number System -ANS - and the Symbolic Number System -SNS-) and their influence on mathematical performance and learning difficulties has been investigated in recent years. This study investigates the relationship between SAN accuracy and mathematical performance in a symbolic calculus fluency test in second and third cycle primary school students (3rd to 6th grades). A total of 229 students were assessed with a SAN accuracy test, consisting of a non-symbolic comparison of quantities and a computational fluency test. The descriptive results are within what is expected with respect to the evolutionary character of the estimation and calculation fluidity variables. The correlational analysis showed that there is a low correlation between calculation fluidity and comparison of magnitudes in third (p <.05) that disappeared in subsequent courses (p >.05).