Trigonometry, basic functions and derivation.
Students who take this subject acquire the knowledge and develop the skills indicated below:
1. Achieve basic concepts of analysis of real functions of real variables and their applications.
2. Achieve skills in calculating limits, studying functions, calculating integrals and solving convergence problems in general.
3. Understand and relate results and basic demonstrations.
4. Ability to analyze and synthesize when faced with a problem.
5. Ability to solve problems using relevant mathematical tools in the world of engineering.
6. Know how to use analytical and numerical tools to analyze real functions of a variable, for their application in scientific and technical issues.
1. The numbers.
2. Features.
3. Derivability.
4. Study and representation of functions.
5. The Riemann integral.
6. Calculation of primitives.
7. Applications of integral calculus.
8. Numerical sequences.
9. Numerical series.
10. Functional series.
11. Differential equations.
The methodology used in this subject separates classes into two types: theoretical classes, and sessions dedicated to the exercise of the knowledge acquired in theoretical classes.
See electronic folder of the subject.
See electronic folder of the subject.
See electronic folder of the subject.
See electronic folder of the subject.