Applied Mechanics, Volume 1

acceleration algebraic sum angular velocity assuming attraction axes OX axis of rotation axis YY center of gravity center of percussion circular conditions of equilibrium constant coördinate axes cos² couple cylinder determined deviating force diameter direction divided elementary equal to zero equation evident F₁ F₂ Find the coördinates force F forces acting formula friction Hence horizontal impact kinetic energy line of action M₁ M₂ magnitude mass moment of inertia moments of inertia motion obtain parallel forces parallel to OX particle perpendicular distance pressure Prob Problem product of inertia pulley r₁ radius resolved resultant force revolutions per minute rigid body secs simple harmonic motion sin² solid Solution speed sphere stress strips Substituting system of forces tangential component tension triangle unit unknown forces v₁ vertical weight ΣΜ ΣΥ ΣΧ