The teaching of basic principles and concepts of physics (mechanics, thermodynamics and wave), to obtain a knowledge base that is needed to monitor Technology - Applied courses and general monitoring of the evolution of modern technology.
System units, Reference Systems, Elements of differential and integral calculus, Motion in one dimension, Vectors, Motion in two dimensions, circular motion Kinetics. Momentum, Angular momentum, Galilean Transformations, Work, Power and Energy, Energy - Energy Conservation, apps .
Kinematic and Dynamic solid body, Torque, Angular momentum, inertia, examples - applications, correspondences physical quantities between translational and rotational motion, rolling work-energy theorem for rotational motion applications. Login physical quantities with sensor technology.
Force fields - gravitational field, satellites, Laws Kepler.
Oscillations - Differential equations vibrations, correspondences between mechanical and electrical systems. Introduction Waves, differential wave equation, Engineer - Electromagnetic waves, Superposition of waves, wave properties applications. Applications in Automation
Thermal properties of matter (temperature - ideal gases, heat transfer) correspondences between mechanical, electrical, magnetic and thermal systems. Heat, thermodynamics laws, applications. Applications of infrared