Engineering Mechanics: Statics and Dynamics, Volume 1

angle angular acceleration angular velocity area in Fig axes axis belt block cable center of gravity centroid coefficient of friction components constant coordinates coplanar cord counterclockwise couple curve cylinder Determine the forces Determine the maximum Determine the velocity direction displacement drum equations of equilibrium EXAMPLE F₁ Figure force F force system forces acting fps² free-body diagram frictional force ft-lb homogeneous indicated linear load magnitude mass center modulus moment of inertia moving obtained parallel particle perpendicular position shown principle of moments product of inertia pulley rad per sec radius of gyration reaction resultant force rigid body rotates scalar sec² Section shaded area shown in Fig slides slot smooth SOLUTION spring static friction surface tension tion truss unit vector unknown forces velocity and acceleration vertical virtual displacement weight wheel xy plane zero