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Physics and the art of dance : understanding movement
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Physics and the art of dance : understanding movement

Author: Kenneth Laws
Publisher: Oxford ; New York : Oxford University Press, 2002.
Edition/Format:   Book : EnglishView all editions and formats
Summary:

Explains how dancers can achieve better, safer performances through an understanding of physics in motion. This book explores the natural laws that govern the subtleties of balance, the techniques of  Read more...

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Details

Material Type: Internet resource
Document Type: Book, Internet Resource
All Authors / Contributors: Kenneth Laws
ISBN: 0195144821 9780195144826 0195149165 9780195149166
OCLC Number: 46703102
Description: xix, 236 p. : ill. ; 26 cm.
Contents: Introduction. Role of physical analysis --
Physics of dance --
Value of analysis to dancers --
Value of analysis to observers --
Analysis for teachers and health professionals --
Communication : words, images, and photographs --
Balance. Condition for static balance --
Regaining balance --
Balance while rotating --
Final look --
Motions without turns. Acceleration from rest --
Motion in a curved path --
Stopping horizontal motion --
Vertical jumps --
Connections between horizontal and vertical motions --
Grand Jete "floating" illusion --
Effect of turnout on traveling jumps --
Landings from jumps --
Dance floors : elasticity and friction --
Final leap --
Pirouettes. Torque and rotational momentum in a pirouette --
Controlling rotational velocity --
Characteristics of pirouettes --
Arabesque turn --
"Illusion turn" --
Grande piroutte --
Fouette turns --
Repeated pirouettes --
Final turn --
Turns in the air. Demi-fouette --
Tour jete (grand jete en tournant) --
Saut de basque --
Turning assemble --
Tour en l'air --
Final leap --
Pas de deux. History and appeal of the pas de deux --
Who's responsible for what? --
Physical interactions between partners --
Balance --Accelerating motions --
Final poses--
To the next step --
Mechanics of partnered turns. Starting a supported pirouette --
Balance during a supported pirouette --
Stopping rotation --
Other supported turns --
Final turn --
Mechanics of lifts. Straight lift --
Other front lifts --
Overhead lifts --
Other lifts --
Catches --
Final thrust --
Effects of body size. Height of a vertical jump --
Entrechats --
Horizontal accelerations and body size --
Body size and pirouettes --
Adagio movements --
Body size and partnered dance --
Effects of body shape --
Final comparison --
Step into the future.
Responsibility: Kenneth Laws ; photographs by Martha Swope.
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schema:description"Introduction. Role of physical analysis -- Physics of dance -- Value of analysis to dancers -- Value of analysis to observers -- Analysis for teachers and health professionals -- Communication : words, images, and photographs -- Balance. Condition for static balance -- Regaining balance -- Balance while rotating -- Final look -- Motions without turns. Acceleration from rest -- Motion in a curved path -- Stopping horizontal motion -- Vertical jumps -- Connections between horizontal and vertical motions -- Grand Jete "floating" illusion -- Effect of turnout on traveling jumps -- Landings from jumps -- Dance floors : elasticity and friction -- Final leap -- Pirouettes. Torque and rotational momentum in a pirouette -- Controlling rotational velocity -- Characteristics of pirouettes -- Arabesque turn -- "Illusion turn" -- Grande piroutte -- Fouette turns -- Repeated pirouettes -- Final turn -- Turns in the air. Demi-fouette -- Tour jete (grand jete en tournant) -- Saut de basque -- Turning assemble -- Tour en l'air -- Final leap -- Pas de deux. History and appeal of the pas de deux -- Who's responsible for what? -- Physical interactions between partners -- Balance --Accelerating motions -- Final poses-- To the next step -- Mechanics of partnered turns. Starting a supported pirouette -- Balance during a supported pirouette -- Stopping rotation -- Other supported turns -- Final turn -- Mechanics of lifts. Straight lift -- Other front lifts -- Overhead lifts -- Other lifts -- Catches -- Final thrust -- Effects of body size. Height of a vertical jump -- Entrechats -- Horizontal accelerations and body size -- Body size and pirouettes -- Adagio movements -- Body size and partnered dance -- Effects of body shape -- Final comparison -- Step into the future."
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