This study used an interactive dynamic simulation of action potential to explore social practices of learning among first year undergraduate biology students. It aimed to create a learning environment that fosters knowledge building discourse through working with multiple concept-specific representations. Three hundred and eighty-nine students and…

This study used text-related, video-based case materials to assess teacher candidates' readiness to communicate with families. Participants (N = 141) rated their efficacy for home-school communication and then responded to a description of a classroom-based challenge regarding one student's behavioral and academic performance. Next, they evaluated…

Predictors of novice learning in simulation environments were investigated in the domain of statistics. The first objective was to clarify the relation between intellectual ability and working method (e.g., orientation and systematical orderliness), and to determine the effects on learning of working method, independently of intellectual ability.…

This paper compares two protocols for web-based instruction using simulations in an introductory physics class. The Inquiry protocol allowed students to control input parameters while the Worked Example protocol did not. Students in the Worked Example group performed significantly higher on a common assessment. The ramifications of this study are…

Fourteen high-intelligence and 13 low-intelligence first-year college students worked in a structured or unstructured simulation environment to learn correlational principles. Thinking-aloud protocols indicate that high-intelligence subjects exhibit a better working method than do low-intelligence subjects, and that working method is a strong…