Abstractattention-focusing hypothesis, readers spent more time on sentence information important to their perspective. Readers' existing knowledge structures (their schemata) influence the comprehension, recall, and perceived importance of elements that make up a text (e.g., Pichert & Anderson, 1977). In this study, two explanations of how schemata might function during encoding were tested. The selective attention hypothesis makes the prediction that activated schemata would lead the reader to identify certain text elements as important and cause an increase in processing for those schema-relevant ideas. The slot-filling hypothesis, by contrast, posits that a schema provides a ready structure into which relevant information can be easily assimilated with no more processing required. Both hypotheses predict that subjects, given different perspectives to take while reading a story, will identify appropriate text elements as most important and will recall more ideas relevant to their assigned perspective. The hypotheses differ in that only the selective attention hypothesis predicts that readers will spend more time reading perspectiverelevant ideas. Two experiments were performed. In both, subjects were assigned to three perspective conditions (burglar, homebuyer, control), and were chosen to represent three naturally occurring perspectives (police, real estate, and education students). In the first experiment, it was found that subjects rated text elements relevant to their assigned perspective as more important than perspective-irrelevant ideas. In the second study, the text was presented via a computer-assisted instruction system that permitted the measurement of reading time for individual sentences. The results confirmed the powerful role of assigned, as opposed to naturally occurring, perspective in determining the likelihood of recall. Consistent with the ,s containing
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