The Future of the Library As a Place of Learning: A Personal Perspective

As the twenty-first century unfolds and we move to a new economy based not on knowledge but on ideas will the Library as a place disappear? In a connected world where users have extensive access to vast amounts of information why would they go to libraries and, more importantly, are there reasons for us to construct new library buildings in the twenty-first century? While the power of technology makes libraries more able to deliver improved services, digitization and remote access may conspire to make them irrelevant as places. However the real impact of technology is how it affects the practice of teaching and learning. The importance of creating a national learning infrastructure that benefits as many people as possible is more important than ever before for global competitiveness. Libraries focused on their contribution to learning will not merely be important places as the learning society develops but will be essential to its success. To be part of that picture, Libraries need to consider how they can support the ideas economy and provide facilities that become essential to the lives of twenty-first century learners.     

An assessment of international college student adjustment

International students have realistic expectations about their adjustment to college, however, they seem to experience a more difficult transition than U.S. students. Scores on the Student Adaptation to College Questionnaire for international and U.S. students are compared. The results indicated that international students scored significantly lower on the social and the institutional attachment and goal commitment subscales. The Student Adaptation to College Questionnaire may have applications in targeting international student needs.     

Process gain and process loss: comparing interpersonal processes and performance of culturally diverse and non-diverse teams across time

Members of 82 student groups involved in a Team Learning instructional format were surveyed with the Group Style Instrument (GSI) to examine the possible dimensions of team oriented behaviors and individualistically oriented behaviors. Exploratory factor models and confirmatory factor models were compared to find the best factor structure fit. The GSI was found to have dimensions that were team and individualistically oriented. From a second sample data was collected across four months on the group process and group performance of culturally non-diverse and culturally diverse groups. Data were evaluated in two significant ways. First, the team orientation and individual orientation dimensions were used to define interpersonal processing. Second, the team process dimensions were used to define interpersonal processing. Second, the team process dimensions were examined further to evaluate their relation to group performance. Early on the diverse teams showed less team orientation and more individual orientation than non-diverse teams, but through frequent feedback on task and interpersonal processing, the diverse teams caught up by the third time period. By the end, diverse teams maintained high team orientation but also allowed a reasonable extent of individual orientation. The diverse teams were beginning to utilize diversity to their advantage. Team and Individualistic orientations showed significant relations to team performance across time. Suggestions are given for future research.     

A journal core list for health administration libraries

Health administration is an interdisciplinary profession practiced in various settings. This paper presents a core list of journals for libraries responsible for supporting the study or practice of health administration in any of these settings. This paper initially examines and defines the parameters of the field of health administration to guide in the selection and organization of the list of core health administration journals. The organization of the list is based on the definition of the field as presented in the paper. The most important journals have been indicated, and sufficient information is given to facilitate ordering.     

Effects of swing-weight on swing speed and racket power

Measurements are presented of the speed at which six different rods could be swung by four male students. Three of the rods had the same mass but their swing-weight (i.e. moment of inertia) differed by large factors. The other three rods had the same swing-weight but different masses. Our primary objective was to quantify the effects of mass and swing-weight on swing speed. The result has a direct bearing on whether baseball, tennis, cricket and golf participants should choose a heavy or light implement to impart maximum speed to a ball. When swinging with maximum effort, swing speed (V) was found to decrease as swing-weight (Io) increased, according to the relation V = C/Ion, where C is a different constant for each participant and n = 0.27 when Io > 0.03 kg x m2. Remarkably similar results were obtained previously with softball bats (where n = 0.25) and golf clubs (where n = 0.26). Swing speed remained approximately constant as swing mass increased (when keeping swing-weight fixed). The implications for racket power are discussed.     

Science and report writing

In recent years Australian primary schools have adopted an across-the-curriculum approach to writing. However, relatively little research has been conducted in the area of primary science. This paper reports the result of a small scale collaborative study involving a Year 2 and a Year 5 class, and their classroom teacher, which used science activities as the basis for developing report-writing skills using a framework consisting of three focus questions. Students in both classes learned to use the framework in one term and it was found that it improved the quality of reports. Specialisations: science and technology curriculum development, secondary and primary teacher education in agriculture, science and environmental education. Specialisations: cognition and curriculum, early childhood and primary teacher education in science and social education.     

Measurements of drag and lift on tennis balls in flight

Measurements are presented of drag and lift on new tennis balls in flight. Two video cameras were used to measure the velocity and height of the balls at two positions separated horizontally by 6.4 m. The balls were fired from a ball launcher at speeds between 15 and 30 m/s and with topspin or backspin at rates up to 2,500 rpm. Significant shot-to-shot variations were found in both the drag and lift coefficients. The average drag coefficient was 0.507 ± 0.024, independent of ball speed or spin, and lower than the value usually observed in wind tunnel experiments. The lift coefficient increased with ball spin, on average, but significant lift was observed even at very low spin. The latter effect can be attributed to a side force arising from asymmetries in the ball surface, analogous to the side force responsible for the erratic path of a knuckleball in baseball.