Dancers and observers of dance are increasingly craving an understanding of how the body moves the way it does. Seldom has there been an author like Ken Laws with both the physics background and the dance training to be able to apply both perspectives to the subject. The book gives examples of movements which apply physics principles to improve technical skill and artistry. In this second edition of a classic text, new "what you see" and "what you do" sections describe point-by-point what dancers should do and feel when performing the observed movements correctly.
Dancers and observers of dance are increasingly craving an understanding of how the body moves the way it does. Seldom has there been an author like Ken Laws with both the physics background and the dance training to be able to apply both perspectives to the subject. The book gives examples of movements which apply physics principles to improve technical skill and artistry. In this second edition of a classic text, new "what you see" and "what you do" sections describe point-by-point what dancers should do and feel when performing the observed movements correctly.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Kenneth Laws is Professor Emeritus of Physics, Dickinson College, and author of The Physics of Dance (Schirmer, 1984), Physics, Dance, and the Pas de Deux (Schirmer, 1994), and Physics and the Art of Dance: Understanding Movement (OUP, 2002) Arleen Sugano is Independent Dance Instructor, former instructor of Dance, New York University, University of North Texas, Joffrey Ballet School, Rod Rodgers Dance Company, and Lula Washington Dance Company, amongst many others.
Inhaltsangabe
Foreword by Martha Swope Preface 1: Introduction 2: Balance 3: Motions Without Turns 4: Pirouettes 5: Turns in the Air 6: The Pas de Deux 7: The Mechanics of Partnered Turns 8: The Mechanics of Lifts 9: The Effects of Body Size 10: A Step into the Future Appendix A - Linear Mechanics and Newton's Laws Appendix B - Rotational Mechanics Appendix C - Anatomical Data for Dancers Appendix D - Rotational Inertia for Some Body Configurations Appendix E - Acceleration Away from Balance Appendix F - Off-Balance Pirouettes Appendix G - Arabesque Turn Analysis Appendix H - Quantitative Analysis of the Grande Pirouette Appendix I - Quantitative Analysis of the Fouetté Turn Appendix J - Quantitative Analysis of the Supported Fouetté Turn Appendix K - Lean, Don't Slip Appendix L - Biomechanical Forces in a Dancer's Body Glossary Index
Foreword by Martha Swope Preface 1: Introduction 2: Balance 3: Motions Without Turns 4: Pirouettes 5: Turns in the Air 6: The Pas de Deux 7: The Mechanics of Partnered Turns 8: The Mechanics of Lifts 9: The Effects of Body Size 10: A Step into the Future Appendix A - Linear Mechanics and Newton's Laws Appendix B - Rotational Mechanics Appendix C - Anatomical Data for Dancers Appendix D - Rotational Inertia for Some Body Configurations Appendix E - Acceleration Away from Balance Appendix F - Off-Balance Pirouettes Appendix G - Arabesque Turn Analysis Appendix H - Quantitative Analysis of the Grande Pirouette Appendix I - Quantitative Analysis of the Fouetté Turn Appendix J - Quantitative Analysis of the Supported Fouetté Turn Appendix K - Lean, Don't Slip Appendix L - Biomechanical Forces in a Dancer's Body Glossary Index
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