Analysis I

2022-2023

General Information

Course Code X_400641
Credits 6 EC
Period P1+2
Course Level 100
Language of Tuition English
Faculty Faculty of Science
Course Coordinator dr. S.B. Dubinkina
Examiner dr. S.B. Dubinkina
Teaching Staff dr. S.B. Dubinkina
dr. M.A. Estevez Fernandez
Part of programme(s)

Practical Information

You need to register for this course yourself. The (de)registration deadlines can be found on VU.nl

Teaching Methods Seminar, Written partial exam, Lecture

Target audiences

This course is also available as:

Course Objective

At the end of this course the student
a) is able prove a theorem with mathematical induction.
b) knows the definition of limit of a sequence and a function and is
able to calculate limits, using various calculus techniques (e.g.
squeeze law and l'Hospitals rule).
c) knows the definition of continuity and is able to prove or disprove
the continuity of a function.
d) knows the definition of derivative of a single variable function and
is able to calculate (higher) derivatives and a Taylor polynomial of a
function.
e) knows the definition of a Riemann integral and is able to prove if a
function is Riemann integrable.
f) is able to calculate an integral, using various calculus techniques
(e.g. substitution method, integration by parts, partial fraction
decomposition).
g) is able to determine if an improper integral is convergent, and
calculate its value.
h) is able to work with complex numbers.

Course Content

In this course we present a thorough introduction of the theory of real
analysis for single variable functions. Theorems and their proofs form
an important part of this course. In addition sufficient attention is
paid to various calculus techniques. We will treat the following topics:
a) Natural numbers and mathematical induction.
b) Rational and real numbers and the completeness of the real numbers.
c) Sequences of real numbers (convergence, subsequences, Cauchy
sequences).
d) Continuity and limits of real functions. Uniform continuity.
e) Differentiation (derivative of a function, mean value theorems,
L'Hospital's rule, Taylor's theorem).
f) Integration (Riemann integral, improper integral, integration
techniques)
g) Complex numbers

Additional Information Teaching Methods

Lectures (2x2 hours per week) and tutorials (1x2 hours per week).

Method of Assessment

There will be a midterm exam at the end of period 1 and a final exam at
the end of period 2. Details about the topics treated in each exam and
the calculation of the final grade will be published in Canvas. If your
grade is not sufficient, it is possible to make the resit about all
topics in the spring semester.

Literature

The text for this course will be announced later on Canvas

Additional Information Target Audience

1 EOR

Additional Information

We expect that you attend the tutorials well prepared! That means that
you have already tried to make the exercises at home! Some exercises
will be treated on the blackboard. You can ask questions about other
exercises to the teaching assistant. An attendance list will be used.