Engineering Mechanics, Volume 2Volume 2, Dynamics, contains 114 sample problems and 1313 unsolved problems from which a choice of assignments can be made. Of these problems over 50 percent are new with the balance selected from the preceding editions. Each problem set begins with relatively simple, uncomplicated problems to help students gain confidence with the new topic. Many practical problems and examples of interesting engineering situations drawn from a range of applications are represented in the problem collection. |
Contents
INTRODUCTION TO DYNAMICS | 1 |
KINETICS OF PARTICLES | 109 |
KINETICS OF SYSTEMS OF PARTICLES | 241 |
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a₁ angle angular acceleration angular momentum angular velocity applied axes axis cable Calculate center G circular clockwise coefficient coefficient of restitution components constant rate coordinates counterclockwise cylinder damping derivative Determine the angular determine the velocity direction disk displacement distance dynamics earth equation of motion expression F₁ Figure force F free-body diagram gravitational impact initial instant interval kinetic energy km/h linear momentum m/s² magnitude mass center maximum mechanics moment of inertia moving Neglect Newton's second law orbit oscillation particle path plane motion position shown precession Prob pulley rad/s rad/s² radius of gyration relative released from rest resultant rev/min rigid body rocket rotating rotor Sample Problem scalar shaft slider slipping slot solution speed spring starts from rest static tion U.S. customary units v₁ vector vertical Vrel wheel work-energy z-axis zero