Engineering Mechanics Dynamics Solutions Manual

13 Motion of a Point
	13.2 Straight-Line Motion 9
	13.3 Straight-Line Motion When the Acceleration 26
	13.4 Curvilinear Motion—Cartesian Coordinates 36
	13.5 Angular Motion 51
	13.6 Curvilinear Motion—Normal and Tangential 57
	13.7 Curvilinear Motion—Polar and Cylindrical 73
	13.8 Relative Motion 89
	Review Problems 93
14 Force, Mass, and Acceleration
	14.1 Newton’s Second Law 101
	14.2 Applications—Cartesian Coordinates 101
	14.3 Applications—Normal and Tangential 138
	14.4 Applications—Polar and Cylindrical 153
	14.5 Orbital Mechanics 164
	Review Problems 168
15 Energy Methods
	15.1 Work and Kinetic Energy 179
	15.2 Work Done by Particular Forces 193
	15.3 Potential Energy and Conservative Forces 215
	15.4 Relationships between Force and Potential 233
	Review Problems 237
16 Momentum Methods
	16.1 Principle of Impulse and Momentum 254
	16.2 Conservation of Linear Momentum and Impacts 275
	16.3 Angular Momentum 296
	16.4 Mass Flows 303
	Review Problems 316
17 Planar Kinematics of Rigid Bodies
	17.1 Rigid Bodies and Types of Motion 333
	17.2 Rotation about a Fixed Axis 333
	17.3 General Motions: Velocities 338
	17.4 Instantaneous Centers 367
	17.5 General Motions: Accelerations 381
	17.6 Sliding Contacts 414
	17.7 Moving Reference Frames 433
	Review Problems 446
18 Planar Dynamics of Rigid Bodies
	18.1 Momentum Principles for a System 469
	18.2 The Planar Equations of Motion 469
	Appendix: Moments of Inertia 524
	Review Problems 544
19 Energy and Momentum in Rigid-Body
	19.1 Work and Energy 560
	19.2 Impulse and Momentum 588
	19.3 Impacts 597
	Review Problems 617
20 Three-Dimensional Kinematics and Dynamics
	20.1 Kinematics 639
	20.2 Euler’s Equations 652
	20.3 The Euler Angles 680
	Appendix: Moments and Products of Inertia 690
	Review Problems 709
21 Vibrations
	21.1 Conservative Systems 727
	21.2 Damped Vibrations 749
	21.3 Forced Vibrations 764
	Review Problems 776