The predictive relationship between beliefs, attitudes, intentions and secondary school mathematics learning: a theory of reasoned action approach.

Abstract

This study investigated how attitudes and intentions about learning mathematics might be related to subsequent mathematics learning and achievement using the Ajzen and Fishbein theory of reasoned action. The sample consisted of 142 boys and girls between 12 and 14 years old in a large inner city comprehensive school who were assessed in a follow-up design over a nine-month period. Beliefs about the outcomes of learning, attitudes to learning, perceptions of significant others' prescriptions about learning, intentions to engage in learning behaviours, self and teacher reported learning behaviour and mathematics achievement were assessed at both stages. Regression analysis suggested that while the expectancy-value components of attitude did relate to learning behaviour intentions, perceived prescriptions did not relate to intentions. There was a weak relationship between the two measures of learning behaviour, but with neither measure did intention independently predict future behaviour once prior behaviour was taken into account. The best predictor of subsequent mathematics achievement was prior achievement, though teacher-reported learning behaviour did have an independent relationship with subsequent achievement. The findings are discussed in terms of the assessment of learning behaviours, the relevance of the behaviour intention construct for repeated multiple behaviours and future work on how affective variables might be related to cognitive achievements.