Tentang Olimpiade Fisika (Pdf) - Yohanes Surya.com

a) Foundation of kinematics of a pointmass1. MechanicsVector description of the position of thepoint mass, velocity and acceleration asvectorsb) Newton's laws, inertial systems Problems may be set on changing massc) Closed and open systems, momentumand energy, work, powerd) Conservation of energy, conservationof linear momentum, impulsee) Elastic forces, frictional forces, thelaw of gravitation, potential energy andwork in a gravitational fieldHooke's law, coefficient of friction (F/R= const), frictional forces, static andkinetic, choice of zero of potentialenergyf) Centripetal acceleration, Kepler'slaws2. Mechanics of Rigid Bodiesa) Statics, center of mass, torque Couples, conditions of equilibrium ofbodiesb) Motion of rigid bodies, translation,rotation, angular velocity, angularacceleration, conservation of angularmomentumc) External and internal forces,equation of motion of a rigid bodyaround the fixed axis, moment ofinertia, kinetic energy of a rotatingbodyd) Accelerated reference systems,inertial forcesConservation of angular momentumabout fixed axis onlyParallel axes theorem (Steiner'stheorem), additivity of the moment ofinertiaKnowledge of the Coriolis forceformula is not required3. HydromechanicsNo specific questions will be set on this but students would be expected to knowthe elementary concepts of pressure, buoyancy and the continuity law.44