The recognition memory of eight-, ten-, and twelve-year-old children (n-108) was tested using an incidental learning technique. The children were required to categorize a set of word stimuli according to either a structural (presence or absence of the letter A in the word) or a semantic (identification of the word as the name of an animal or a…

Three experiments investigated the nature of false recognition errors made after incidental learning that required acoustic or semantic analysis. (Editor)

The effects of several factors on expended processing capacity were measured. Expended processing capacity was greater when information was retrieved from secondary memory than from primary memory, when processing was of a deep, semantic nature than when it was shallow and physical, and when processing was more elaborate. (Author/GDC)

First, third, and eighth graders performed four different orienting activities to different words. Under an incidental learning paradigm, the children's recognition was tested after the orienting activity. Age differences in recognition were absent, and the effect of the orienting activity responses on recognition supported depth of processing…

Undergraduates were induced to expect a recall or recognition test and then to remember a critical list consisting of both high-frequency and low-frequency words. Groups received either an expected or unexpected recall or recognition test. People expecting recall did better, especially with high-frequency words. (Author/RD)

Age differences in recognition and recall of common nouns were studied using three groups of fifty students, with mean ages of 6.7, 11.4, and 16.9. Subjects were randomly placed in either an incidental or intentional learning condition. All subjects were questioned about the physical, phonemic, and semantic aspects of the same words, in the same…