Akdeniz University
International Relations Office
2015-2016 Academic Year
List of courses of Electrical-Elektronics Engineering
Code/
Credits
Course
Semester
Winter /
Spring
WINTER
Functions and sequences. Limit of a sequence. Limit of a
function. Continuous functions. Derivative: physical and
geometric meaning, properties, chain rule. Higher
derivatives, Some elementary ODE’, , s. The Mean
Value Theorem, Rolle’, , s Theorem, Cauchy’, , s Mean
Value Theorem, Extended Mean Value Theorem.
Extreme, Convexcity. Tailors Formula. Indetermined
forms, limits involving infinity, asymptotes. L’, Hospital
Rule. Riemann Integral: properties, applications. Mean
Value Theorem for integrals. Antiderivative, indefinite
integrals. Newton-Leibnitz formula. Integration by parts.
Inverse functions. Logarithms ans exponentials.
Hyperbolic functions. Methods of integration.
Integration of rational functions. Rationalizing
Substitutions. Approximate integration. Improper
integrals. Series: convergence and divergence of series.
Nonnegative series. Absolute and conditional
convergence tests.
WINTER
Measurements. Vectors. Motion in one and two
dimentions. Particle dynamics. Work and energy.
Conservation of energy. Dynamics of particle systems.
Collisions. Rotational kinematics and dynamics.
Equilibrium of rigid bodies. Oscillations. Fluid
mechanics. Waves in elastic Media. Soundwaves.
MAT163/
MATHEMATICS I
6 credits
EEM103/
PHYSICS I
4 credits
KIM171/
4 credits
MAT164/
6 credits
FUNDAMENTAL
S OF CHEMISTRY
MATHEMATICS
II
Contents
WINTER
SPRING
Chemical principles and their application. Includes
stoichiometry, states of matter, atomic and molecular
structure, chemical bonds, solutions, thermodynamics,
equilibrium, oxidation-reduction, kinetics, gases,
nonmetals, metals and coordination compounds, and
nuclear chemistry
Power series. Convergence of power series.
Differentiation and integration of power series. Taylor
and Maclaurin Series. Newton’, s method. Elements of
the analytic geometry. Second degree curves. Area of
surface of revolution. Volume of a solid of revolution.
Vectors in the plane. The Dot Product. Vector functions.
Velocity and the unit tangent vector. The unit normal
vector, curvature and acceleration. Vectors in space.
Cross Product. Space curves. Vector functions in space.
Functions of several variables. Limit and continuity.
Partial derivatives and differentiability. The Chain Rule.
Directional derivative and gradient. Extremal problems.
Double integrals. Triple integrals. Line integrals.
Contact
Details of
Lecturer
Doç. Dr.
Mehmet
CENKCİ
Dahili
Tel:2289
E-Mail:
cenkci@ak
deniz.edu.
tr
Fen Fak.
Mat.
Bölümü
Doç. Dr.
Hüseyin
GÖKSU
Dahili
Tel:6384
E-Mail:
hgoksu@g
mail.com
Doç. Dr.
Numan
HODA
Dahili
Tel:2301
E-Mail:
nhoda@ak
deniz.edu.t
r
Fen Fak.
Kimya
Bölümü
Doç. Dr.
Mehmet
CENKCİ
Dahili
Tel:2289
E-Mail:
cenkci@ak
deniz.edu.
tr
Fen Fak.
Mat.
Bölümü
Adres: Dumlupınar Bulvarı 07058 Kampüs ANTALYA
Ayrıntılı bilgi için irtibat: S.YETER
Telefon : (0242) 310 2125 Faks: (0242) 310 66 29
E-posta : erasmus @akdeniz.edu.tr Elektronik Ağ: www.akdeniz.edu.tr
Department
ElectricalElektronics
Engineering
ElectricalElectronics
Engineering
ElectricalElektronics
Engineering
ElectricalElectronics
Engineering
Akdeniz University
International Relations Office
Fundamental theorem of line integrals. Surface integrals.
Green’, s Theorem. Change of variables in multiple
integrals. The Divergence Theorem. The Stokes
Theorem. Elementary PDE’, s.
EEM104/
PHYSICS II
SPRING
5 credits
EEM110/
5 credits
EEM209/
3 credits
LINEER
ALGEBRA and
VECTOR
ANALYSIS
PROBABILITY
THEORY
SPRING
WINTER
Temperature. Heat and first law of thermodynamics.
Kinetic theory of gases. Entropy and second law of
thermodynamics. Charge and matter. Electric field.
Gausss’s law. Electric potential. Capacitors. Current and
resistance. Electromotive force and circuits. Magnetic
field. Ampere’s Law. Faraday’s Law. Electromagnetic
waves. Geometric optics. Interference. Diffraction. Light
and quantum physics. Waves and particles. Nuclear
physics.
Introduction to matrices. Characteristic equation of
matrix: eigen values, eigenvectors and the Jordan form.
Numerical techniques for computing eigen values and
eigenvectors. Inner product spaces, quadratic forms.
Joint and conditional probability, Bayes theorem,
Independent events and Bernoulli trials, Expected values,
moments and characteristic functions, Time averages,
statistical averages and ergodicity, Indepence and
stationarity, Gauss and Poisson processes, Limit
theorems
Doç. Dr.
Hüseyin
GÖKSU
Dahili
Tel:6384
E-Mail:
hgoksu@g
mail.com
Yrd.Doç.
Dr. Refik
SEVER
Tel:6389
E-Mail:
rediksever
@akdeniz.
edu.tr
Yrd.Doç.
Dr. Refik
SEVER
Tel:6389
E-Mail:
rediksever
@akdeniz.
edu.tr
Adres: Dumlupınar Bulvarı 07058 Kampüs ANTALYA
Ayrıntılı bilgi için irtibat: S.YETER
Telefon : (0242) 310 2125 Faks: (0242) 310 66 29
E-posta : erasmus @akdeniz.edu.tr Elektronik Ağ: www.akdeniz.edu.tr
ElectricalElektronics
Engineering
ElectricalElektronics
Engineering
ElectricalElektronics
Engineering