This discourse presents TPACK as a conceptual framework for thinking about the integration of Virtual Reality into the classroom. This content introduces the concept of immersion, explores of the possibilities of VR technology, including the hardware, software, and potential classroom uses. This review also provides heuristics for deciding VR's…

Although virtual and augmented reality (VR and AR) techniques have been used extensively in specialized laboratories, only recently did they become affordable, reaching wider consumer markets. With increased availability, it is timely to examine the roles that VR and AR may play in teaching structural biology and in experiencing complex data sets…

The theoretical approaches taken by the LOGIST and BILOG computer programs for estimating the parameters of the three-parameter logistic item response model, and their practical consequences, are compared. Guidelines for choosing between the programs for particular applications are offered. (SLD)

Provides brief descriptions of interactive tutorial and simulation programs for reading, writing, and mathematics; and of drill-and-practice courseware packages. (DMM)

Interactive digital video enables computer visualization techniques that help students to collect, analyze, and model two-dimensional motion data. This article describes and evaluates five activities developed for the physics classroom with the use of this technology in mind. Activities explore concepts such as space, time, frames of reference,…

Explains how school planners can use microcomputers to create electronic spreadsheets that reduce the time required to calculate educational specifications. (MLF)

Described are analytical applications of the theory of random processes, in particular solutions obtained by using statistical procedures known as Monte Carlo techniques. Supercomputer simulations, sampling, integration, ensemble, annealing, and explicit simulation are discussed. (CW)

Investigates the use of personal computer (PC) programs to help participants in simulation exercises transform their experiences into knowledge, skills, and attitudes. Six programs developed at Queensland Institute of Technology are described that involve operations management, strategic management, and macroeconomics. Examples of spreadsheets are…

Delineates the differences between simulators and training devices, and discusses the possibility of inadequate training when simulators are used as training devices. Guidelines for appropriate training device development using a behavioral learning approach are presented. (13 references) (CLB)

The structure, execution, uses, and software specifications for this spreadsheet file are discussed. Availability and modifications of this program are described. (CW)

Reviews the different types of models that can be used in groundwater modeling. Discusses the flow and contaminant transport models in the saturated zone, flow and contaminant transport in variably saturated flow regime, vapor transport, biotransformation models, multiphase models, optimization algorithms, and potentials pitfalls of using these…

Routines developed for an ongoing course in research methods and statistics provides examples of the custom instructional applications that can be created using extended BASIC and a light pen, including title and transition displays, progressive disclosure, animation, overlays, and simulations. Strengths of this technique are reviewed. (MBR)

Presents a model for building a concept-oriented computer simulation which involves five steps: (1) topic selection and resource gathering; (2) developing objectives and lesson activities; (3) selecting and formulating simulation factors; (4) program coding and debugging; and (5) developing student worksheets. Students act as tax advisors in the…

Compares results of giving undergraduate students actual instructor feedback, computer-simulated instructor feedback, or no feedback. There were advantages to giving actual instructor-supplied feedback for exam performance, in-class responsiveness, and attitudes toward the instructor and other students. (JMV)

Describes a computer simulation providing population change profiles at 5-year intervals for 100 years, projecting natural rate of increase and total population, per capita gross national product, energy consumption, age-specific fertility rates, and survival ratios. Data sources for the simulation, sample printed output, and learning activities…