Rhythm in action
By: Peter Randall.
Publisher: McAfee
Published: 1981
Place of publication: Melville, N.Y
Language: eng
Number of pages: 167
Subjects: Musical meter and rhythm
Description: Volume II
Acknowledgements 	
Preface 	
Foreword 	
Introduction 	
Simple Time 	
	Organization of the measure in 2,3 and 4 undivided beats 
Compound Time 	
	Organization of the measure in 2,3 and 4 undivided beats
Simple Time 	
	Division of the beat into 2 equal parts
Compound Time 	
	Division of the beat into 3 equal parts
Simple Time 	
	Undivided beat and division of the beat into 2 and 4 equal parts
Changing and Composite Meters I 	
Dots I 	
Mixed Divisions I 	
Simple and compound time; mixtures of natural and unnatural divisions (2, 3 & 4)
Polyrhythms I	
Mixed Divisions II 	

Quotes about Rhythm, Time and Music	
Binary sequence & Ternary sequence	
Natural and artificial divisions of binary and ternary note values	
Time Signatures 	
Notes which fill one or more beats	
Dots: precise mathematical values of dots	
Rhythm Lexicon	
Conducting patterns	
Note names in various languages	
Modern and ancient notation compared	
Theory for the derivation of all rhythms	
Gardner Reed Table of tempo indications and The metronome	
Suggested first assignment	
Bibliography 	
Biography
Recommendations
Volume II
Quintuple Meters
Quintuplets or Quintolets:  Division of the beat into 5 parts
Sextuplets or Sextolets:  Division of the beat into 6 equal parts
Septuple Meters
Septuplets or Septolets:  Division of the beat into 7 equal parts
Octuplets or Octolets:  Division of the beat into 8 equal parts
Dots II
Changing and Composite Meters II
Mixed Divisions II:  Divisions of the beat into 2, 3, 4, 5, 6, 7 and 8 equal parts
Polyrhythms II
Two-Part Exercises
Polymeters
Two-Part Polyrhythmic Exercises
Five-and Seven-Beat Measures in Compound Time

Volume III: Rhythm Dictation:  Corresponding to each chapter
Volume IV: Musical Examples:  Medieval to 20th Century
Notes: Pl. no.: DM 206.

Bibliography: p. 166.