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- 00050718 contributor B44190.
- 00050718 created "2001.".
- 00050718 date "2001".
- 00050718 date "2001.".
- 00050718 dateCopyrighted "2001.".
- 00050718 description "Includes bibliographical references and index.".
- 00050718 description "Machine generated contents note: 1 Basic Concepts of Motion 1 -- 1.1 Introduction 1 -- 1.2 Concepts of a Particle 4 -- 1.3 Motion of a Particle 5 -- 1.4 Motion in a Plane 12 -- 1.5 Polar Coordinates 14 -- 1.6 Equation of Motion 24 2 Rectilinear Motion 35 -- 2.1 Introduction. 35 -- 2.2 Equation of Rectilinear Motion 36 -- 2.3 Integration of Equation of Motion 37 -- 2.4 Some Qualitative Analysis 41 3 First Integrals of Motion 51 -- 3.1 Introduction 51 -- 3.2 Conservative Force Fields 52 -- 3.3 Energy, Momentum and Torque 55 -- 3.4 Conservation Principles 57 -- 3.5 Use of Conservation Principles 59 4 Central Force Fields 73 -- 4.1 Introduction 73 -- 4.2 Basic Properties 75 -- 4.3 Equation of Motion in Polar Coordinates 78 -- 4.4 Integration of Equations of Motion 83 -- 4.5 An Explanation 84 -- 4.6 Circular Orbits 87 -- 4.7 Force Field from Equation of Orbit 90 -- 4.8 Planetary Motion (Kepler's Problem) 92 -- 5 System of Particles 103 -- 5.1 Introduction 103 -- 5.2 A System of Particles 104 -- 5.3 The Center of Mass 105 -- 5.4 Some More Definitions 107 -- 5.5 Conservation Principles 111 -- 5.6 The Two Body Problem 114 -- 5.7 Some Solved Examples 117. 6 Rigid Dynamics 125 -- 6.1 Introduction 125 -- 6.2 The Nature of Motion 128 -- 6.3 The Instantaneous Angular Velocity 130 -- 6.4 Equations of Motion 139 -- 6.5 The Inertia Tensor 140 -- 6.6 Euler's Equations 145 -- 6.7 Symmetric Rigid Bodies 148 7 Lagrangian Mechanics 155 -- 7.1 Introduction 155 -- 7.2 Generalized Coordinates 160 -- 7.3 Motion 162 -- 7.4 The Lagrangian Function 163 -- 7.5 Lagrange's Equations 167 -- 7.6 Hamilton's Principle of Least Action 172 -- 7.7 Hamilton's Equations of Motion 174 -- 7.8 Conservation Principles 182 -- Supplementary Reading 187 -- Index 188.".
- 00050718 extent "viii, 190 p. :".
- 00050718 identifier "0849309794 (alk. paper)".
- 00050718 identifier 00050718-d.html.
- 00050718 identifier 00050718.html.
- 00050718 issued "2001".
- 00050718 issued "2001.".
- 00050718 language "eng".
- 00050718 publisher "Boca Raton, FL : CRC Press ; New Delhi : Narosa Pub. House,".
- 00050718 subject "531 21".
- 00050718 subject "Mechanics.".
- 00050718 subject "QC125.2 .P36 2001".
- 00050718 tableOfContents "Machine generated contents note: 1 Basic Concepts of Motion 1 -- 1.1 Introduction 1 -- 1.2 Concepts of a Particle 4 -- 1.3 Motion of a Particle 5 -- 1.4 Motion in a Plane 12 -- 1.5 Polar Coordinates 14 -- 1.6 Equation of Motion 24 2 Rectilinear Motion 35 -- 2.1 Introduction. 35 -- 2.2 Equation of Rectilinear Motion 36 -- 2.3 Integration of Equation of Motion 37 -- 2.4 Some Qualitative Analysis 41 3 First Integrals of Motion 51 -- 3.1 Introduction 51 -- 3.2 Conservative Force Fields 52 -- 3.3 Energy, Momentum and Torque 55 -- 3.4 Conservation Principles 57 -- 3.5 Use of Conservation Principles 59 4 Central Force Fields 73 -- 4.1 Introduction 73 -- 4.2 Basic Properties 75 -- 4.3 Equation of Motion in Polar Coordinates 78 -- 4.4 Integration of Equations of Motion 83 -- 4.5 An Explanation 84 -- 4.6 Circular Orbits 87 -- 4.7 Force Field from Equation of Orbit 90 -- 4.8 Planetary Motion (Kepler's Problem) 92 -- 5 System of Particles 103 -- 5.1 Introduction 103 -- 5.2 A System of Particles 104 -- 5.3 The Center of Mass 105 -- 5.4 Some More Definitions 107 -- 5.5 Conservation Principles 111 -- 5.6 The Two Body Problem 114 -- 5.7 Some Solved Examples 117. 6 Rigid Dynamics 125 -- 6.1 Introduction 125 -- 6.2 The Nature of Motion 128 -- 6.3 The Instantaneous Angular Velocity 130 -- 6.4 Equations of Motion 139 -- 6.5 The Inertia Tensor 140 -- 6.6 Euler's Equations 145 -- 6.7 Symmetric Rigid Bodies 148 7 Lagrangian Mechanics 155 -- 7.1 Introduction 155 -- 7.2 Generalized Coordinates 160 -- 7.3 Motion 162 -- 7.4 The Lagrangian Function 163 -- 7.5 Lagrange's Equations 167 -- 7.6 Hamilton's Principle of Least Action 172 -- 7.7 Hamilton's Equations of Motion 174 -- 7.8 Conservation Principles 182 -- Supplementary Reading 187 -- Index 188.".
- 00050718 title "Mechanics / Ashok S. Pandit.".
- 00050718 type "text".