Atomic and molecular physics icon

Atomic and molecular physics


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FİZ 201 OPTICS AND WAVES





FİZ 201 Optics and Waves (3-2)4 (ECTS:6)

Year/Semester

2nd Year/Fall semester

^ Type of Course

Compulsory

Course Contents

Waves motion, sound waves, superposition and stationary waves, nature of light, geometrical optics, interference of light waves, description of electromagnetic waves, progressive waves, interference, polarisation, reflection and diffraction, scattering

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is to give the basic principles of optics, sound and light waves.

Textbook / Recommended Reading




^ Form of Teaching

Lectures

Form of Assessment

One written midterm exam (40 % ); one written final exam (60 %)

^ Language of Instruction

Turkish

Instructor

Prof. Dr. Nezihe ÇALIŞKAN; ncaliskan@omu.edu.tr



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FİZ 202 MODERN PHYSICS





FİZ 202 MODERN PHYSICS (4-0)4 (ECTS:6)

Year/Semester

2nd Year/Spring semester

^ Type of Course

Compulsory

Course Contents

Relativity. Introduction to quantum physics. Quantum mechanics. Atomic physics. Molecules and solids. Superconductivity. Nuclear structure. Nuclear physics applications. Particle physics and cosmolgy.

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is give the basic principles of atoms, molecules and nuclei by using quantum mechanics.

Textbook / Recommended Reading

R. A. Serway, Physics for Scientists and Engineers with Modern Physics, Third Ed., Saunders College Publishing, 1990

^ Form of Teaching

Lectures

Form of Assessment

One written midterm exam (40 % ); one written final exam (60 %)

Language of Instruction

Turkish

Instructor

Dr. Azmi GENÇTEN; gencten@omu.edu.tr



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FİZ 203 ELECTRONICS I





FİZ 203 Electronics I (4-0)4 (ECTS:6)

Year/Semester

2nd Year/Fall semester

^ Type of Course

Compulsory

Course Contents

Charge, current, potential difference, power, representation of circut element, voltage and current, Ohm’s law and Kirchhoff’s rules, techniques of circut analysis, inductance and capacitance, RLC circuits, phasor metod, phasor relationships for circuit elements, impedance and admitance, phasor diagrams, avarage power and RMS values, electronic power transferring, semiconducting elements, rectifier circuits.

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is to make an introduction to electronics by giving the basic concepts related to current and circuits..

Textbook / Recommended Reading




^ Form of Teaching

Lectures

Form of Assessment

One written midterm exam (40 % ); one written final exam (60 %)

^ Language of Instruction

Turkish

Instructor

Prof. Dr. Fahri ÇELİK; fcelik@omu.edu.tr







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