Linear algebra: vectors, matrices, vector spaces, linear maps, linear systems, eigenvalues and eigenvectors, spectral theory in Hermitian and euclidean spaces.
Analytic gometry of the plane and of the space: Lines and planes, Conics and quadrics.
-Enrico Schlesinger "Algebra Lineare e Geometria" Zanichelli
-A. Nannicini Esercizi svolti di algebra lineare vol. 1 e 2 Pitagora
-A. Nannicini L. Verdi Note ed esercizi svolti di geometria analitica Pitagora
Learning Objectives
We aim at providing basic knowledge of linear algebra and geometry, which can be used in engineering and scientific fields.
Prerequisites
Basic concepts from secondary schools (italian system)
Teaching Methods
Lessons and exercise hours
Further information
See
www.math.unifi.it/users/podesta
and e-learning unifi.
Type of Assessment
Written and oral exams. The aim is to assess the knowledge of the basic notions as well as the ability of the student in applying these to the resolution of simple geometric problems.
Course program
Linear algebra: vectors, matrices, vector spaces, linear maps, linear systems, eigenvalues and eigenvectors, spectral theory in Hermitian and euclidean spaces.
Analytic gometry of the plane and of the space: Lines and planes, Conics and quadrics.
