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Further Remarks on the Fundamentals
Systems of Particles Conservation Laws
2 other sections not shown
acceleration actually air-trough angle angular momentum argument assume basically carriage center of mass centripetal force circle collision compression configuration space conservation of momentum consider constant constraint force coordinate system Corollary course cross-product cube curve d'Alembert's Principle definition disc distance ellipse equal equation exerting a force experiment external forces fact force directed force of gravity forces F frictional force Galileo geometric given gives Hooke's law impulsive force inclined plane inertia tensor inversely iron lectures length lever magnet mathematicians mechanics moments of inertia moving Newton object parallel axis theorem pendulum bob perpendicular physicists plank Principia principle of virtual problem proof proportional Quantity of matter radius result rigid body rigid equilibrium rigid motion rolling rotation Scholium simply solution spring squared ratio straight line system of particles tangent vectors third law Tokyu Hands upward force velocity virtual infinitesimal displacements wedge wheel