Investigates the effects of structural cueing (color or no color) and decision level (rote or semantic) on students' verbatim retention of technical prose and concludes that the results support the distinctiveness of encoding hypothesis for learning via the microcomputer. (DF)

Describes a computer-based methodology that obtains simple timed responses to sets of words and word-like nonsense items, then presents pilot data depicting estimated vocabulary knowledge and relating it to word frequency and decision response time. (FL)

Subjecting the comprehension passages of the Gates-McGinitie Reading Test to readability analysis using a multiformula computer program revealed that the instrument can best be used for making comparisons between groups using the same test forms and levels in the same sequence. (FL)

Assesses the measurement qualities of a computer-managed test of children's reading vocabulary, and the resultant representational patterns of vocabulary knowledge. Describes the test's administration, and its high reliability. Reveals that it shows that children of all ability levels know a range of very common to very rare words. (SKC)