Learning Activities in a Dynamic Learning Environment to Foster a Basic Fraction Concept
In a dynamic learning environment, students' prior mathematical knowledge did not influence their learning outcomes, while in a static environment it dit.
In a dynamic learning environment, students' prior mathematical knowledge did not influence their learning outcomes, while in a static environment it dit.
We investigated profiles of conceptual and procedural fraction knowledge, their longitudinal transitions, and the underlying factors.
We performed a latent profile analysis to show that the level of conceptual and procedural fraction knowledge can vary within students between topics.
We show that orientations can be successfully fostered—while individual differences exist in the effect and success of interventions.
Interactive and adaptive scaffolds in digital learning environments yield sustainable positive effects on mathematics learning in disadvantaged students.
This study demonstrates a viable way to unobtrusively measure students' classroom engagement utilizing process data from electronic textbooks.
We developed interactive material for learning fractions providing scaffolds in an e-textbook. High-achieving students did benefit from the curriculum, regardless of whether it was …
Computer-based learning environments introduce aspects that allow further information on learning processes to be gleaned. In this study, linear mixed models revealed a negative …