Abstract
Signal-detection models of recognition memory assume that S's decision as to whether or not he recognizes a stimulus is a function of a criterion value. In selecting his criterion, S takes into consideration the a priori probability of an old item and the costs and rewards of a hit or false alarm. In the present experiment, Ss were given feedback during recognition testing in an effort to determine whether it would aid S in selecting his criterion. The results showed that the feedback improved recognition performance by significantly reducing the number of false alarm errors. Evidence was presented to support the claim that S's criterion was affected by this manipulation.
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