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PHYSICS 3
Module Code Number
Number of ECTS Credits
Hours / Week
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Year / Term
Type of Course
(Compulsory / Elective)
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Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
FALL
QUANTUM PHYSICS
FİZ-301
6
6 hours/week
Professor Osman ADIGÜZEL
3rd / Fall
Compulsory
Introduction, Physical Quantities in Quantum Scale, Energy Levels, Photons,
Material Particles, Uncertainty Principle, Schrödinger’s Wave Equation,
Theory of Steady States and Steady Energy Levels
To introduce the microscopic systems and the basic quantum concepts.
One written midterm exam (40%) and one written final exam (60%)
Turkish
E.H.Wichmann, Quantum Physics, Berkeley Physics Course, Volume 4, and
M.A.Morrison,
Understanding
Quantum
Physics,
Prentice–Hall
International, Inc .
CIRCUIT ANALYSIS
FİZ-305
5
4 hours/week
Associate Professor Yıldırım AYDOĞDU
3rd / Fall
Compulsory
System of units, Circuit Elements, Ohm’s Law, Kirchhoff’s Laws, SingleLoop Circuit, Single-Node-Pair Circuits, Wye-Delta Transformations,
Circuits with Dependent Sources, dc Measurements, Nodal Analysis, loop
Analysis, Thevenin’s and Norton’s Theorems
Provides science students with a basic knowledge of circuits, giving them an
understanding of electrical circuit elements.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Basic Engineering Circuit Analysis, author: J. David Irwin
Module Code Number
Number of ECTS Credits
Hours / Week
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Year / Term
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(Compulsory / Elective)
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Aims and Objectives of the
module
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Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
THERMODYNAMICS
FİZ-303
5
5 hours/week
Associate Professor Ayşe AYDOĞDU
3rd / Fall
Compulsory
Basic Concepts of Thermodynamics, Thermodynamics and Energy, A Note
on Dimensions and Units, Closed and Open Systems, Properties of a System,
State and Equilibrium, Forms of Energy, Temperature and the Zeroth Law of
Thermodynamics, Pressure, Thermic(Thermal) Expansion, Heat and
Calorimetry, Ideal Gases and Gas Laws, Real gases and The Condition
Equations of Real Gas,. The Laws of Thermodynamics, The First Law of
Thermodynamics, The Second Law of Thermodynamics, Entropy.
To inform the students about the basic concepts of thermodynamics and to
provide them a basic knowledge about these subjects.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Thermodynamics,
An
Engineering
Approach,
Fourth
Edition
Yunus A. Çengel & Michael A. Boles
RELATIVISTIC MECHANICS
FİZ-315
5
2 hours/week
Associate Professor Ayşe AYDOĞDU
3rd / Fall
Elective
Basic Concepts, Observation Systems, The Transformations of Galileo, The
Conservation of Linear and Angular Momentum, The Velocity of Light
Giving information about the angular momentum,velocity of light and
transformations to students.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Relativistic mechanics; special relativity and classical particle dynamics [by]
R.D. Sard
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
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Module Contents
Aims and Objectives of the
module
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Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
PHYSICS LABORATORY-IV
FİZ-351
5
6 hours/week
Professor Fahrettin ĞÖGTAŞ
3rd / Fall
Compulsory
Reflection, Refraction, Lenses, The Faults of Lenses,Difraction and
Interference, Polarization, Photometric Mesurements, Measurement of The
Velocity of The Light
The aim of this module is to demostrate the basic applications of the concept
and prenciples of Optics.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Handouts
THE HISTORY OF PHYSICS
FİZ-309
5
2 hours/week
Professor Mahmut DOĞRU
3rd / Fall
Elective
Introduction, The History of Science Physics: B.C. , Development In D.C.,
Some Fundamental Concept
To give the historical developments of the physics and to explain the
philosophical base of some concept in physics.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Introduction to Modern Physics, F.K. Richtmyer, et al., Matbaa
Teknisyenleri Basımevi, 1965 (in Turkish)
The science History, C. Yıldırım, Remzi Kitapevi, 1997 (in Turkish)
The science History, S. Tekeli, E. Kahya, Remzi Kitapevi, 1997 (in Turkish)
The Formation of Modern Physics, R.S. Westfall, I.H Duru (Trans.),
Tubitak, 1997 (in Turkish).
History of Physics, S.R Weart and M. Mhilips (eds.), AIP, 1985
PHYSICS 3
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
SPRING
SPECTROSCOPY IN PHYSICS
FİZ-312
5
2 hours/week
Assistant Professor Sinan AKPINAR
3rd / Spring
Elective
Introduction to physics, Vibrational spectroscopy:diatomics, Pure rotational
spectroscopy, Rotational spectroscopy of non-linear polyatomics,
Vibrational spectroscopy of polyatomics, moleculrs, Electronic spectroscopy
The aim of this lecture is to provide the basic concepts and principles of
spectroscopy in physics.
One written midterm exam (40%) and one written final exam (60%)
Turkish
Fundamentals of molecular spectroscopy, Walter S. Struve
Physical chemistry, P.W. Atkins
STATISTICAL PHYSICS
FİZ-302
7
6 hours/week
Professor Osman ADIGÜZEL
3rd / Spring
Compulsory
Macroscopic Systems and Basic Properties, Basic Probability Concepts,
Statistical Description of Particle Systems, Thermal Interactions,
Microscopic Theory and Macroscopic Measurements, Canonical
Distribution in Classical Approximation
To introduce the physical properties of macroscopic systems, the basic
statistical concepts and applications to ideal systems.
One written midterm exam (40%) and one written final exam (60%)
Turkish
F.Reif, Statistical Physics, Berkeley Physics series, Volume 5, and F.Mandl,
Statistical Physics, The Manchester Physics Series.
Module Code Number
Number of ECTS Credits
Hours / Week
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Year / Term
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(Compulsory / Elective)
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Module Contents
Aims and Objectives of the
module
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Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
ATOMIC AND MOLECULAR PHYSICS
FİZ 306
7
5 hours/week
Professor Fahrettin GÖGTAŞ
3rd / Spring
Compulsory
Classical two body problem, Atomic models, The solution of Schrödinger
equation for Hydrogen atom, Atomic orbitals, Fine and hyperfine structure in
atomic spectroscopy, Spectroscopic notation and energy-level diagrams,
Transition probability and selection rules, Zeeman effect, Stark effect, Hund
rules, Molecular structure, Molecular rotational, vibrational and electronic
transition spectra.
The aim of this module is to provide explicitly the basic concepts and
prenciples of atomic and molecular physics.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1-Physics of Atoms and Molecules, B.H. Bransten et al, John Wiley & Sons,
1983, 2- Quantum Chemistry of Atoms and Molecules, P. S.C. Matthews,
Cambridge University Press, 1989
ELECTRONICS
FİZ-308
6
4 hours/week
Associate Professor Yıldırım AYDOĞDU
3rd / Spring
Compulsory
DC Current Circuits, AC currents, Semiconducting materials. Diodes.
Transistors and their applications. Integrated circuits. Noise, Atoms and
bonding. Energy bands and effective mass. Carrier concentrations in
semiconductors. Conduction in semiconductors. p-n junction. LED,
photodetectors and solar cell. Bipolar transistor. Field-effect transistors. The
semiconductor laser.
Provides science students with a basic knowledge of electronics, giving them an
understanding of electronic devices
One written midterm exam (40%) and one written final exam (60%)
Turkish
Basic electronics for scientists. Author, James J. Brophy
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
Module Contents
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
PHYSICS LABORATORY-V
FİZ-352
5
4 hours/week
Assistant Professor Nevin Balo
3rd / Spring
Experimental
Heat Capacity, Thermoelectricity Transformer, Thermal Efficiency, The
Determination of The Energy Levels of He by Electron Collosion Model,
Thermal Radiation, The Determination of e/m, The Spectra of Atom,
Viscosite, The Energy Stored in Capacitor
One written midterm exam (40%) and one written final exam (60%)
Turkish
Handouts
CELESTIAL MECHANICS
FİZ-306
5
2 hours/week
Assistant Professor Esat GÜZEL
3rd / Spring
Elective
Fundamental Dynamics, Rectilinear Motion, Central Force Motion, The
Two-Body Motion, Computation of Orbits, The Three-and N-Body
Problems, Theory of Perturbation, The Determination of Orbits
The aim of this module is to provide the basic concept and principles
celestial mechanics and to teach rectilinear motion, Central forces, The
problem of two bodies and determination of orbits.
One written midterm exam (40%) and one written final exam (60%)
Turkish
1) Gök Bilim Dersleri I (Küresel Gökbilim), Abdullah Kızılırmak
2) Gök Bilim Dersleri II (Gök Mekaniği), Abdullah Kızılırmak
3) Introduction to Celestial Mechanics, by S.W. McCUSKEY
4) Introduction to Celestial Mechanics/2nd Revised Edition, by Forest Ray
Moulton
5) Adventuresi n Celestial Mechanics, 2nd Edition, by Victor G. Szebehely,
Hans Mark
Module Code Number
Number of ECTS Credits
Hours / Week
Module Lecturer
Year / Term
Type of Course
(Compulsory / Elective)
Prerequisites / Recommended
WAVE OPTICS
FİZ-316
5
2 hours/week
Professor Mehmet CEYLAN
3rd / Spring
Elective
Module Contents
Lights, Waves or Rays, Laws of Reflexsion, Laws of Refraction, Rays and
Wavefronts, Electromagnetic Waves, Linear and Elliptical Polarization,
Radiation from A Point Charge , Production of Polarized Transverse Waves,
Brewster Window or A Laser, Properties of Retardation Plates, Interference
and Diffraction, Characteristics of Laser Light, He-Ne Lasers, Diode Lasers
and Their Uses, Holography
Aims and Objectives of the
module
Method of assessment
Teaching Language
Textbook /
recommended readings
One written midterm exam (40%) and one written final exam (60%)
Turkish