Gravitation: Kepler’s laws, law of universal gravitation, Cavendish experiment, gravitational potential energy, gravitational field, motion of a satellite in circular orbit, escape velocity.Dynamics of a system of particles: external and internal forces, momentum of the system, first cardinal equation of the dynamics, isolated system and conservation of momentum, motion of the center of mass, collisions.Work, energy, momentum: definition of work, theorem of kinetic energy, work of the weight, work of the elastic force, conservative forces, potential energy, mechanical energy, momentum and impulse, torque, angular momentum.Dynamics of a point particle: Newton’s laws, concept of force, weight force, constraint reaction forces, sliding friction, viscous friction, elastic force, harmonic motion, the simple pendulum, inertial and non-inertial frames of reference, fictitious forces.
Kinematics of a point particle: motion in one and more dimensions, relative motions, vectorial composition of velocities.Course Contents and learning outcomes (Dublin Descriptors) Topics of the course include: Course Objectives The goal of the course is to provide the students with knowledge of basic principles of the mechanics with particular regard to the concepts of force, energy and wave propagation and with the ability (through classroom excercises and homeworks) to schematize a natural phenomenon, to apply the proper physical laws, and to critically evaluate the results. It comes with a database that is available on the interface to a point that you just have t make sure that you have access to the play functions of this tool. This is a tool that is able to handle all kind of mixing of a music collection to a point in which you are able to manage and handle all the simulation functions of this tool. It comes with a player that can be able to add all the records for them to play in a sequence. The power behind that nice music collection in an entertainment spot is the work of an application such as this.
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