It is widely recognised that high-stakes assessment can significantly influence what is taught in the classroom. Many argue that high-stakes assessment results in a narrowed curriculum where students learn by rote rather than developing higher cognitive skills. This paper describes a study investigating the various cognitive objectives present…

This research project included two studies that investigated (a) differences between technology use in tech-knowledgeable and less tech-knowledgeable older persons, (b) cognitive and affective variables and their association with the application of technology, and (c) the implications of these variables on the design of remote-delivered caregiver…

Authors of the taxonomy made various claims about its properties that concern both educational and psychological issues; these claims have stimulated investigations of the taxonomy's validity. As the taxonomy is now entering its twenty-second year, this review attempts to survey these investigations and appraise the findings. (Author/CP)

When designing educational resources, it is important to have a clear understanding of the instructional problem you are attempting to solve, both in terms of its appropriate domain and level. While the cognitive, affective, and psychomotor domains are not mutually exclusive, one will usually predominate. In determining the appropriate level, it…

High-level behavioral objectives did not produce greater learning than low-level, contrary to previous findings using study questions interspersed through written prose. Overt use of objectives at both levels produced greater learning, supporting the idea that procedures requiring semantic encoding are instructionally superior to those requiring…

The hierarchical structure of the cognitive domain presented in Benjamin S. Bloom's taxonomy of educational objectives does not reflect the actual nature of the learning process. Attempts to apply the classification levels to student learning in mathematics and other subjects place the taxonomy's usefulness in question. (PP)

The Domain of Cognition is a taxonomy for planning, sequencing, and implementing instruction, which covers the entire range of cognitive and cognitive-affective learning and behavior. Students acquire, learn, and use information on eight hierarchically and sequentially arranged levels of complexity. The levels and their corresponding abilities…

Path analysis was used to reanalyze Kropp and Stoker's data from tests designed to evaluate Bloom's taxonomy of educational objectives in the cognitive domain. Scores for 1,128 students in grades nine through twelve were analyzed separately by grade level for four content areas on six taxonomic levels. A measure of general ability was also…

This paper reports a multi-method approach for examining the cognitive level of multiple-choice items used in a medical pathology course at a large midwestern medical school. Analysis of the standard item analysis data and think-out-loud reports of a sample of students completing a 66 item examination were used to test assumptions related to the…

Twenty studies of the effects of teacher questions on student achievement were reviewed. Internal validity of experiments and integrity of treatments were less adequate than population and ecological validity. Whether teachers used predominantly higher cognitive or predominantly fact questions was found to make little difference in achievement.…

The York University Biology Achievement Test (YUBAT) and its use in the Metropolitan Toronto (Ontario) schools were examined. YUBAT was compared with the province's grade 13 biology curriculum guideline, and with representative courses and textbooks. This analysis revealed much similarity between the test, courses, and two textbooks used. The…