
italian version
Aims :
We
plan to give basic knowledge concewrning the theory
of functions of a real variable with enphasis
on the theory of limits, differentiable functions
and Riemann integral and their application to
the analysis of concrete problems.
Topics :
Sequences in R and their limits.
Uniqueness of limits. Theorem del confronto. Algebraic
operations. Basic limits. Limits of monotone sequences.
Series and their convergence, divergence and indeterminateness.
Series with positive terms. Convergence criteria.
Absolute convergence. Leibnitz theorem. Functions
from R to R. Limits. Right and left limit. Basic
theorems about limits. Algebraic operations, indecision
forms. Limits of monotone functions. o(f) and
O(f) and their comparison. Baic limits. Continuous
functions, types of discontinuities. Algebra of
continuous functions. Theorems about continuous
functions in intervals. Continuity of the inverse
function. Differentiable function. Left and right
derivative. Continuity and differentiability.
Rules of differentiation. Chain rule, differential
of the inverse function. Local and global max
and min. Theorems of Fermat, Rolle, Lagrange.
e consequences. De l'Hopital theorems. Taylor
e di Mac Laurin expansions with remainder in the
form of Peano and Lagrange. Using Taylor formula
to compute limits. Convex functions. Graph of
a function. Riemann integral. Linearity e monotonicity
of the intagral. Mean value and fundamental theorem.
Rules of integration. Improper integrals, convergence
criteria. Integrability and absolute integrability.
Textbooks :
Marcellini,
Sbordone; Elementi di Analisi Matematica 1,
Liguori.
Exam :
Written and oral proof.
Tutorial Session :
To be defined.
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