Engineering Mechanics: Dynmaics

amplitude angle angular acceleration angular impulse angular momentum axes axis of rotation block body with respect coefficient of friction coefficient of restitution components constant angular velocity cord curve Determine the acceleration Determine the angular Determine the velocity disk drum equations of motion fixed forces acting fps² free-body diagram ft-lb gyration of mass horizontal axis horizontal plane impact indicated instant instantaneous center interval kinetic energy lb per ft linear impulse linear momentum mass center mass with respect modulus moment of inertia moves neglected perpendicular plane motion plane of motion position shown positive direction problems rad per sec radius of gyration resultant rigid body rolls without slipping sec clockwise sec counterclockwise sec² shaft shown in Fig simple harmonic motion slug-ft² smooth solid homogeneous cylinder solution spring system of particles tion v-t diagram weighs 322 lb weighs 64.4 lb wheel in Fig