BASIC MATHEMATICS
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At the end of Basic Mathematics, students
•can communicate about their understanding, skills and activities on quantitative subjects, with peers and supervisors;
•have the learning skills to undertake further studies on quantitative subjects of the master degree with some autonomy;
•can apply their knowledge, understanding and problem solving abilities on “Basic Mathematics” in new or unfamiliar topics within broader and multidisciplinary contexts of quantitative subjects.
Upon finishing the course, the student have developed those learning skills in basic mathematics that are necessary for them to continue to undertake further study with a high degree of autonomy.
The course reviews major topics in calculus and integration focusing on refreshing problem solving abilities and the autonomous understanding of further studies on quantitative methods. The course aims to provide tools that are needed to attend fruitfully “Applied Mathematics Mod. 1”.
Main topics:
•Basic mathematical terms and notation: sets, functions, sequences.
•One variable calculus: the intuitive notion of derivative, calculus rules, first, second and higher order derivatives. Differentiability.
•Introduction to optimization: necessary and sufficient conditions for one real variable functions.
•Introduction to vector and matrices: algebra of vectors and matrices, determinant of square matrices.
•Integration: areas and integral, basic techniques of integration-
The course is delivered through class lectures. Students are strongly recommended to read the references provided in advance. Active participation is encouraged.
During the course some Home Assignment are provided and evaluated to assess the class learning. Team work on the assignment is allowed.
Selected chapters from:
M. Anthony and N. Biggs, Mathematics for economics and finance, Methods and Modeling, Cambridge University Press, 2013.