Engineering Mechanics |
Contents
StaticsTwo Dimensions | 1 |
StaticsThree Dimensions | 61 |
Kinematics | 107 |
Copyright | |
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Common terms and phrases
acceleration of point angle angular acceleration angular velocity Application of Eq axes block C₁ C₂ center of mass center of rotation centroidal constant cross product Determine the equation Determine the velocity differential equation direction disk distance equation of motion F₁ FIGURE fixed force F forces acting free-body diagram frictional force ft/s ft/s² gear given by Eq gives horizontal ijk system inertia instant center located M₁ M₂ magnitude mi/h moment of inertia momentum N₁ N₂ normal force particle path of motion pendulum perpendicular plane position product of inertia R₁ R₂ rad/s RB/A relative Repeat Prob result rigid body shown in Fig shows slider slugs solution Substitution surface tangent tangential components term unit vector V₁ velocity and acceleration velocity of point vertical W₁ w₂ weight xyz system y₁ yields zero Δι