Fun pictograms and infographics about extreme sports make learning about math topics such as ratios, area, percentages, averages, and angles easy and fun. In this book, readers are presented with scenarios in a number of extreme sports and use their mathematical skills while skyrunning, BASE jumping, ziplining, ice climbing, and racing motocross. Math puzzles and exercises help children build confidence in their math skills.
th It is our great privilege and honor to present the proceedings of the 18 International Symposium on Transportation and Traffic Theory (ISTTT), held at The Hong Kong Polytechnic University in Hong Kong, China on 16-18 July 2009. th The 18 ISTTT is jointly organized by the Hong Kong Society for Transportation Studies and Department of Civil and Structural Engineering of The Hong Kong Polytechnic University. The ISTTT series is the main gathering for the world's transportation and traffic theorists, and those who are interested in contributing to or gaining a deep understanding of traffic and transportation phenomena in order to better plan, design and manage the transportation system. Although it embraces a wide range of topics, from traffic flow theories and demand modeling to road safety and logistics and supply chain modeling, the ISTTT is hallmarked by its intellectual innovation, research and development excellence in the treatment of real-world transportation and traffic problems. The ISTTT prides itself in the extremely high quality of its proceedings. Previous ISTTT conferences were held in Warren, Michigan (1959), London (1963), New York (1965), Karlsruhe (1968), Berkeley, California (1971), Sydney (1974), Kyoto (1977), Toronto (1981), Delft (1984), Cambridge, Massachusetts (1987), Yokohama (1990), Berkeley, California (1993), Lyon (1996), Jerusalem (1999), Adelaide (2002), College Park, Maryland (2005), and London (2007). th th This 18 ISTTT celebrates the 50 Anniversary of this premier conference series.
Taking a refreshingly different approach to the subject, this new textbook uses original case studies of psychological support work with individual athletes and groups to illustrate the underlying theory and inform the reader of cutting edge practice in the field. It addresses 'real world' issues and helps the student understand the problems and challenges that the sport psychologist faces and is employed to resolve.
The book begins by exploring the use of case studies as a professional method for disseminating applied knowledge and practice in sport psychology. The remaining chapters constitute the core of the book: the case studies themselves. Each case study demonstrates scientific rigour in reporting the background information, initial assessment, intervention and monitoring, evaluation of the intervention, and also considers consultant effectiveness through reflective practice. The chapters also contain summaries and an accompanying set of questions for students.
Written by a team of experienced practitioners this book shows how sport psychology actually works in practice. As such it will prove invaluable to students of sport psychology in both sport and exercise science and psychology programmes. It will also be an extremely useful resource for coaches and sports professionals undergoing training in sport psychology.
The assessment of risks posed by natural hazards such as floods, droughts, earthquakes, tsunamis or cyclones is often based on short-term historical records that may not reflect the full range or magnitude of events possible. As human populations grow, especially in hazard-prone areas, methods for accurately assessing natural hazard risks are becoming increasingly important.
Transport phenomena is the generic title for processes involving the transfer of momentum, heat, and mass within and across boundaries. At its core, this has many applications to chemical engineering as well as to bioengineering and biotechnology. It also has effects within petroleum and environmental engineering. This work focuses on helping students learn how to transform problems into appropriate equations, choosing the right level of analysis and interpreting the results for unit operation processes of heat, mass, and momentum transfer.
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