Titular Professors
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. Understand and master the basic concepts of the laws of mechanics, fields and waves, and electromagnetism, and apply them to solving problems typical of engineering, fluid mechanics, and thermodynamics.
1. Vector analysis.
2. Basic mechanics. Newton's laws. Harmonic oscillator. Applications.
3. Rigid solid.
4. Field theory.
5. Electric field.
6. Energy and electrical potential.
7. Magnetic field.
8. Fluids mechanics.
9. Thermodynamics.
The methodology used in this course is based on a combination of lectures and problem-solving sessions.
In the theoretical classes, the instructor explains the formal content of the course and solves problems related to it.
For each theoretical block, problems are proposed and solved in class in order to provide students with guidance on the appropriate approach and structure needed to interpret and solve them correctly. In parallel, additional problems are assigned for students to work on at home and discuss in class the following day. Furthermore, some classes are devoted to the in-class resolution of proposed problems, encouraging active student participation.
The assessment grade is obtained from the exam grade and the continuous assessment grade. These two grades are combined by weighting the exam grade at 75% and the continuous assessment grade at 25%, provided that the exam grade is equal to or higher than 4 points. If, after applying the weighting, the final grade is lower than the exam grade, the assessment grade will be equal to the exam grade.
All assessments are carried out in person.
Grading focuses on the methodology applied by the student to solve the problems proposed by the teacher.
- "Física para la ciencia y la tecnología" - Paul A. Tipler y Gene Mosca. Volumen I y II
- "Fórmulas y tablas de matemática aplicada (Schaum)" McGRAW-HILL
- "Física para la ciencia y la tecnología" - Paul A. Tipler y Gene Mosca. Volumen I y II
- "Fórmulas y tablas de matemática aplicada (Schaum)" McGRAW-HILL