Provides a chart comparing state and national objectives. Assesses student understanding of photosynthesis and explains the process of teaching students producer-consumer relationships. (Contains 14 references.) (YDS)

Describes how to use weekly reports and addresses three questions: (1) What did you learn this week?; (2) What questions remained unclear?; and (3) If you were the professor, what questions would you ask to find out whether students understood the material? Student writing was used as a two-way feedback tool in teaching science. (Contains 21…

Describes the diverse immigrant groups from Asia and the Pacific, revealing a more complicated story of their educational achievement than media portrayals of "successful" Asian Americans. (EV)

Investigates the impact an undergraduate quantum chemistry course has on students' knowledge and understanding of atomic orbitals, molecular orbitals, and related concepts. Analysis reveals that students do not have a clear understanding of these concepts and confuse the various atomic orbital representations. Includes some suggestions and…

Reviews evidence that refutes unfavorable portraits of American mathematics teachers in two books, "The Teaching Gap" (James Stigler and James Hiebert) and "Knowing and Teaching Elementary Mathematics" (Liping Ma). Young students' difficulty with the "equals" concept can be addressed by teaching algebraic concepts…

Suggests activities to elicit and develop children's conceptual understanding of plants. (Author)

Describes an investigation of first-year chemical engineering students' understanding of the mole concept. Finds that a series of activities designed to provide students with visual or experiential points of reference for the mole concept had a strong positive effect on student misconceptions. Contains 16 references. (Author/WRM)

Reports on the findings of a research project involving decimals and students' misconceptions about them. Offers some practical activities that may help children understand decimals better. (ASK)

Explores misconceptions that students hold about sampling techniques on surveys. Highlights students' thinking and instructional implications from two studies that examined upper-elementary students' written and oral explanations as they responded to survey situations. (ASK)

Investigates students' understandings and misconceptions of specific concepts in chemistry by using the quantum model of atoms and molecules. (Contains 20 references.) (YDS)

Examination of senior secondary and tertiary level chemistry students' descriptions of their mental models for chemical bonding revealed prevalent alternative conceptions. Some 20 alternative conceptions were revealed, the most common being belief that continuous ionic or metallic lattices were molecular in nature, and confusion over ionic size…

The ideas of Year I undergraduate biology students about the consequences, causes, and cures of the 'greenhouse effect' was determined using a closed-form questionnaire, and results were compared with a parallel study undertaken nearly 10 years ago. Many of the students in the present survey were unaware of the potential effect of global warming…

Presents a study investigating the effects of peer-assisted learning in upper grade elementary students. Discusses the benefits of this activity for students and teachers. (YDS)

Assessing students' knowledge is complex. Ideally, an assessment measures what students know about a given construct. Too often, however, assessments are complicated by miscommunication. Miscommunication occurs when students misinterpret the intent of the teacher's question and/or the teacher misinterprets the students' answers. This article…

Multiple choice questions are a common method of assessing student understanding. In this article, the authors discuss and evaluate a student-focused collaborative learning strategy for working with such questions that results in greater student learning and allows instructors to better understand student thinking and ultimately to write better…