Elementary calculus.
Students acquire the knowledge and develop the skills indicated below:
1. Demonstrate capacity for analysis and synthesis.
2. Be able to successfully address the resolution of specific problems of the subject.
3. Understanding and mastery of the basic concepts of the laws of mechanics, fields and waves and electromagnetism and their application to solve engineering problems.
1. Vector analysis.
2. Basic mechanics. Newton's laws. Applications.
3. Simple harmonic oscillator.
4. Damped oscillations.
5. Field theory.
6. Electric field.
7. Energy and electrical potential.
8. Conductors and capacitors. Ability.
9. Magnetic field.
The methodology used in this subject is based on the model of master classes, problem classes and flipped classroom . Within the theoretical classes, the teacher explains the formal content of the subject and problems related to it are solved. In each theory block, problems are proposed that are solved in class to transmit to the student ideas about the appropriate model and organization to interpret and solve them correctly. At the same time, problems are proposed for the student to work on at home and to be discussed in class the next day. However, some of these classes are dedicated to the on-site resolution of problems proposed in class, so that the student actively participates in them.
See electronic folder of the subject.
See electronic folder of the subject.
See electronic folder of the subject.
See electronic folder of the subject.