Habitual reading biases in the allocation of study time

Item order can bias learners’ study decisions and undermine the use of more effective allocation strategies, such as allocating study time to items in one’s region of proximal learning. In two experiments, we evaluated whether the influence of item order on study decisions reflects habitual responding based on a reading bias. We manipulated the order in which relatively easy, moderately difficult, and difficult items were presented from left to right on a computer screen and examined selection preference as a function of item order and item difficulty. Experiment 1a was conducted with native Arabic readers and in Arabic, and Experiment 1b was conducted with native English readers and in English. Students from both cultures prioritized items for study in the reading order of their native language: Arabic readers selected items for study in a right-to-left fashion, whereas English readers largely selected items from left to right. In Experiment 2, native English readers completed the same task as participants in Experiment 1b, but for some participants, lines of text were rotated upside down to encourage them to read from right to left. Participants who read upside-down text were more likely to first select items on the right side of an array than were participants who studied right-side-up text. These results indicate that reading habits can bias learners’ study decisions and can undermine agenda-based regulation.     

Persistence of overconfidence in young children: Factors that lead to more accurate predictions of memory performance

Young children are typically overconfident regarding both cognitive abilities. This overconfidence may be due to development underpinnings. Previous research has demonstrated that children exhibit robust and persistent overconfidence in a simple memory-recall task. Two experiments investigated this overconfidence in 1st–4th and 4th–6th grade students. In the first experiment, we explored both the development of accurate predictions of recall and young students’ confidence in their memory performance predictions. It was found that not until 4th grade did students’ overconfidence begin to wane. In the second experiment, we investigated a condition under which 4th–6th graders might make more accurate predictions of their ability to recall simple stimuli, specifically, when the items to be remembered were unfamiliar to the students. The results confirmed our overconfidence in familiarity hypothesis. We discuss these findings in the context of metacognition.