## Engineering Mechanics: DynamicsThis concise and authoritative book emphasizes basic principles and problem formulation. It illustrates both the cohesiveness of the relatively few fundamental ideas in this area and the great variety of problems these ideas solve. All of the problems address principles and procedures inherent in the design and analysis of engineering structures and mechanical systems, with many of the problems referring explicitly to design considerations. Sample problems are presented in a single page format with comments and cautions keyed to salient points in the solution. |

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### Contents

INTRODUCTION TO DYNAMICS | 1 |

KINEMATICS OF PARTICLES | 17 |

KINETICS OF PARTICLES | 117 |

Copyright | |

9 other sections not shown

### Common terms and phrases

angle angular acceleration angular momentum angular velocity applied axes axis ball cable Calculate center G circular clockwise coefficient coefficient of restitution collar components constant angular velocity constant rate constant speed coordinates cylinder damping Determine the angular Determine the velocity direction disk displacement distance dynamics earth equation of motion expression figure fixed force F free-body diagram ft/sec horizontal impact initial instant kinetic energy km/h linear momentum magnitude mass center maximum mechanics mi/hr moments of inertia moving Neglect negligible Newton's second law orbit oscillations particle path plane motion position shown precession Prob pulley rad/s rad/sec radius of gyration relative released from rest rev/min rigid body rocket rotation rotor Sample Problem scalar shaft slider slides slipping slot solution spacecraft sphere spring static surface tion U.S. customary units unit vector vertical wheel work-energy z-axis zero