Introduction
The scientific method. From observation to physical quantities. Measurements. Scalar and vectors and their algebra.
Cinematics
One dimensional motion. Velocity and acceleration. Circular motion
Dynamics. Force, mass, work, and energy. Newton's Principle.
Newton's laws. Pendulum and harmonic motion. Friction. Momentum and conservation rule.
Rotational motion.
Thermodynamics, cinetic theory of gases. Heat and thermodynamic's First Principle. Thermal cycles and thermodynamic's Second Principle
Electrostatic and Coulomb's Law. Electric field. Gauss Theorem. Conductors and insulators. Electrical capacity.
Electrical current, Ohm law and resistance. Voltage generator and emf. Joule Effect. Lorentz Force and the magnetic filed B.
Laplace law and Biot-Savart formula. Ampere theorem.
Variable fields and induction. Oscillation and wawes. Faraday-Lenz law of inductions. Maxwell's Equations. Electromagnetic waves.