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FİZ 304 CLASICAL MECHANICS





FİZ 304 Clasical Mechanics (4-0)4 (ECTS:6)

Year/Semester

3th Year/Fall semester

^ Type of Course

Compulsory

Course Contents

Newton mechanics, Newton mechanics in moving coordinate systems, mechanics of particle systems, mechanics of solid bodies, Lagrange mechanics, Hamiltonian mechanics.

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is to give the students the basic principles of clasical mechanics and to bring them to the level where they can solve some physical problems by using clasical mechanics.

^ 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. İsmet ŞENEL; ismets@omu.edu.tr



^ FİZ 305 COMPUTER PROGRAMMING I


FİZ 305 Computer Programming I (2-2)3 (ECTS:6)

Year/Semester

3th Year/Fall semester

^ Type of Course

Compulsory

Course Contents

Main part of computers, problem solving stages in computer, number systems, definition of BASIC and FORTRAN languages, writing a program in BASIC and FORTRAN, operating the program, definition of functions and subprograms.

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is to give the programming logic and to teach writing simple programs.

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. Recep TAPRAMAZ; recept@omu.edu.tr



^ FİZ 306 COMPUTER PROGRAMMING II


FİZ 306 Computer Programming II (2-2)3 (ECTS:6)

Year/Semester

3th Year/Fall semester

^ Type of Course

Compulsory

Course Contents

Solution of nonlinear equations, algebric and transendental equations, middle point finding method, solution of linear equation systems, simple iteration method, Newton-Raphson method, annihilation method, Gauss-Seidel iteration method, finding the inverse of a matrix, Gauss annihilation method, Gauss-Jordan method, solutions of eigenvalue problems, least squares method, differential equations.

Prerequisite/Recommended

None

^ Objective of the Course

The aim of this course is to give the students how to solve the physical problems by programming.

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. Recep TAPRAMAZ; recept@omu.edu.tr







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