2017_18
Educational guide 
Faculty of Chemistry
A A A 
english 
Bachelor's Degree in Chemistry (2009)
 Subjects
  PHYSICS
   Learning outcomes
Type A Code Learning outcomes
 A2 To Acquire basic concepts related to the concept of field, special emphasis on electrical and magnetic fields, and also on the forces and potential of electrostatics, relating to the ones produced by ions and molecular dipoles.
To Acquire basic concepts related to undulatory movement.
To Learn how to use the equipments and the laboratory material to correctly perform the experimental procedures, interpreting the experimental results and the error associated with them
To Acquire the knowledge of the fundamentals of the mechanics of fluids
To Acquire the knowledge of the principles of Newtonian mechanics and the relationships that are derived from them, applying them to the movement of a particle and a system of particles
To Acquire the knowledge of what is the electromagnetic radiation and what cause them. To Acquire the knowledge of the electromagnetic spectrum and understand the fundamentals of optical physics and optical geometric
To have a large knowledge of the physical magnitudes, the systems of units and the equivalence between them.
 A9 To Acquire basic concepts related to the concept of field, special emphasis on electrical and magnetic fields, and also on the forces and potential of electrostatics, relating to the ones produced by ions and molecular dipoles.
To Acquire basic concepts related to undulatory movement.
To Learn how to use the equipments and the laboratory material to correctly perform the experimental procedures, interpreting the experimental results and the error associated with them
To Acquire the knowledge of the fundamentals of the mechanics of fluids
To Acquire the knowledge of the principles of Newtonian mechanics and the relationships that are derived from them, applying them to the movement of a particle and a system of particles
To Acquire the knowledge of what is the electromagnetic radiation and what cause them. To Acquire the knowledge of the electromagnetic spectrum and understand the fundamentals of optical physics and optical geometric
To have a large knowledge of the physical magnitudes, the systems of units and the equivalence between them
 A12 To Acquire basic concepts related to the concept of field, special emphasis on electrical and magnetic fields, and also on the forces and potential of electrostatics, relating to the ones produced by ions and molecular dipoles.
To Acquire basic concepts related to undulatory movement.
To Learn how to use the equipments and the laboratory material to correctly perform the experimental procedures, interpreting the experimental results and the error associated with them
To Acquire the knowledge of the fundamentals of the mechanics of fluids
To Acquire the knowledge of the principles of Newtonian mechanics and the relationships that are derived from them, applying them to the movement of a particle and a system of particles
To Acquire the knowledge of what is the electromagnetic radiation and what cause them. To Acquire the knowledge of the electromagnetic spectrum and understand the fundamentals of optical physics and optical geometric
To have a large knowledge of the physical magnitudes, the systems of units and the equivalence between them
Type B Code Learning outcomes
Type C Code Learning outcomes