Georgia physical education teachers (N=327) were surveyed to determine: the extent of their use of AAHPERD's Youth Fitness Test (YFT) and Health-Related Physical Fitness Test (HRFT), test item preferences, and the influence of certain variables on teacher beliefs and practices with regard to YFT and HRFT. (IAH)

Provides several problems and their solutions for a descriptive statistics course. Included are problems related to measurement, data collection, sample construction, applications, and computation. Discusses the misleading nature of statistics. (YP)

A method of item factor analysis is described, which is based on Thurstone's multiple-factor model and implemented by marginal maximum likelihood estimation and the EM algorithm. Also assessed are the statistical significance of successive factors added to the model, provisions for guessing and omitted items, and Bayes constraints. (TJH)

MicroCAT version 3.0--an integrated test development, administration, and analysis system--is reviewed in this first article of a series on testing software. A framework for comparing testing software is presented. The strength of this package lies in the development, banking, and administration of items composed of text and graphics. (SLD)

Studies the effect of item order on test scores and completion time. Students scored slightly higher when test items were grouped sequentially (relating to text and lectures) than on tests when test items were grouped by text chapter but ordered randomly, or when test items were ordered randomly. Found no differences in completion time. (Author/LS)

Violations of item unidimensionality on language tests produced distorted estimates of person ability, and violations of person unidimensionality produced distorted estimates of item difficulty. The Bejar Method was sensitive to such distortions. (Author)

Using the constant information model, constant amounts of test information, and a finite interval of ability, simulated data were produced for 8 ability levels and 20 numbers of test items. Analyses suggest that it is desirable to consider modifying test information functions when they measure accuracy in ability estimation. (SLD)

The impact of capitalizing on chance in item selection on the accuracy of test information functions was studied through simulation, focusing on examinee sample size in item calibration and the ratio of item bank size to test length. (SLD)

A method is presented for detection of differential item functioning in multiple groups. This method is closely related to F. M. Lord's chi square for comparing vectors of item parameters estimated in two groups. An example is provided using data from 600 college students taking a mathematics test with and without calculators. (SLD)

Determining the optimal number of choices on a multiple-choice test is explored analytically from an information theory perspective. The analysis revealed that, in general, three choices seem optimal. This finding is in agreement with previous statistical and psychometric research. (SLD)

Beginning discussions and exploratory work on criterion-referenced measurement are reviewed in this commentary on the author's 1963 address to the American Educational Research Association on issues of measurement and the development of educational technology. Many problems foreseen at that time remain current. (SLD)

Reliabilities and information functions for percentile ranks and number-right scores were compared using item response theory, modeling standardized achievement tests. Results demonstrate that situations exist in which the percentage of items known by examinees can be accurately estimated, but the percentage of persons falling below a given score…

A study was conducted with 782 elementary school students to determine whether the Homan-Hewitt Readability Formula could identify the readability of a single-sentence test item. Results indicate that a relationship exists between students' reading grade levels and responses to test items written at higher readability levels. (SLD)

Results from 627 examinees taking a health sciences certification examination suggest that test items written purposefully to assess higher order cognitive skills do not provide evidence of assessing different levels of cognitive processing. Results do not support continuing use of a hierarchical cognitive classification dimension for the test…

A general linear latent trait model for continuous item responses is described. The special unidimensional case for continuous item response is the model of K. G. Joreskog (1971) of congeneric item response. The correspondence between models for continuous and dichotomous item responses is shown to be closer than usually supposed. (SLD)