Universidad de Jaén

CHAPTER 1: PROPERTIES OF VECTORS

Physics Units. Dimensions of Physical quantities. Properties of vectors. 

CHAPTER 2: PARTICLE CINEMATIC

Desplacement. Speed. Acceleration. Movements clasification. Movements’composition. Relative movement.

CHAPTER 3: PARTICLE DINAMIC

Force. Newton's Laws. Linear momentum: conservation law. Angular momentum. Friction force.

CHAPTER 4: WORK AND ENERGY

Work and mechanical power. Kinetic energy. Conservative forces. Potential energy. Gravitational potential energy. Potential elastic energy. Conservation of mechanical energy. Non conservative forces.

CHAPTER 5: GRAVITATIONAL FIELD

Kepler’s laws. Newton’s law of gravity. The gravitational field. Gravitational potential energy. The gravitational field of the Earth.

CHAPTER 6: PARTICLES SYSTEMS

Internal and external forces of a particle system. Center of mass. Quantity of movement and kinetic moment: conservation theorems. Kinetic energy for particles systems. Collisions and their classifications.

CHAPTER 7: DYNAMICS OF ROTATION

Kinematics of the rigid solid. Fundamental equation: moment of inertia. Calculation of moments of inertia. Kinetic moment. Kinetic energy of rotation.

CHAPTER 8: FLUID STATIC

Concept of fluid. Pressure and density. Fundamental equation of fluid statics. Principle of Pascal. Principe of Archimedes.

CHAPTER 9: FLUID DYNAMICS

current lines: continuity equation. Bernoulli's Theorem. Applications of Bernoulli's Theorem. Viscosity. Leakage of a line. Laminar regime: Poiseuille law. Turbulent regime: Reynolds number. Relative movement of solids within a fluid.

CHAPTER 10: OSCILLATORY MOVEMENT

Elastic recovery forces. Kinematics and dynamics of simple harmonic motion. Energy of a harmonic oscillator. Examples of oscillators. Forced oscillations and resonance.

CHAPTER 11: ONDULATORY MOVEMENT

Wave concept. Types of waves. Wave equation. Harmonic waves. Intensity and absorption. Interference phenomena. Stationary waves.

The theoretical and practical contents of the subjects of the program will be developed in the big group of class. All the relevant information such as theoretical information and problems’ list will be available on ILIAS website.

In the class in little group, the proposed problems will be completed and the students' participation will be considered. Also, topics related to the theoretical and practical contents of the program will be proposed to be developed as an oral presentation by little groups of two or three students. All the didactic materials, such as chapters information, problems’ list, solved exams of other courses, etc. ill be collected in the corresponding space of the ILIAS platform. Finally, the delivery of exercises, seminars, practices, etc., will be done virtually through the ILIAS website.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

The exam, which will be done on the date determined by the University, will be a written test in which there will be, in a weighted way, questions of theory (40% -50%) and practical problems (60% -50%). The aim is to know the degree of assimilation of the theoretical contents of the subject, as well as if the student has been able to reach the competences that are required. The exam will evaluate the competences: B6, B9, C22, Q2, CE23. The score of the seminars, will correspond to the delivery of exercises, development of problems in class and oral presentation. This part evaluates the competences B6, B9, C22, Q2