Engineering Mechanics

bodies is directly change of momentum Classical mechanics constant of proportionality dimensional analysis dimensional homogenity Displacement earth surface engineering mechanics engineering problems FLT-system force F force system forces acting simultaneously forces are parallel forces Coplanar free body diagram gravitational acceleration gravitational force kg mass Kinematics Kinetics ladder law Newton's law of forces law of gravitation law of superposition law of transmissibility laws of mechanics line of action m/sec² magnitude and direction Mechanics of Deformable Newton's first law Newton's second law Newtonian mechanics fails Non-coplanar concurrent Non-coplanar non-concurrent Non-coplanar parallel parallel forces parallelogram law particle Plane Motion point of application polar coordinate system polygon rate of change represented in magnitude resultant is represented rigid bodies shown in Fig single plane single point Sir Issac Newton solid mechanics system of forces termed transmissibility of forces treated as continuum triangle law unit of force Unit of g weight