| Calculus I (4-0-0)
Sequences. Limits of sequences. Functions. Limits and continuity of functions. Derivatives, differentials and applications. Extreme values. Rolle’s theorem and the mean value theorem. L’Hopital’s rule. Taylor expansion. Improper integral. Proper integral and applications.
Physics I
(4-0-2)
General insights. Vector, point kinematics. Statics, dynamics, work power, energy. Impulse and momentum, torque. Elasticity, sinusoidal motion. Gravitation. Hydrostatics, hydrodynamics, surface tension. Viscosity, temperature measurement, state equation of ideal and real gases, heat and colorimetry transfer, laws of thermodynamics, heat. Work, internal energy and entropy, kinetic molecular theory.
Computer Programming (2-2-0) General insight to computers. Basics of problem
solving by computers: mathematical models, algorithms, flow charts, concepts of
programming. Programming Languages: Turbo Pascal and C. Constants, variables, commands,
arithmetic commands, input/output commands, instructional commands, control commands.
Archive functions and subprograms.
General Chemistry (3-0-0) Atoms, molecules and ions. Quantum theory and the electronic structure
of atoms. Periodic table. Chemical boding. Gas state. Thermochemistry. Phase changes.
Physical properties of solution. Colligative properties. Chemical kinetics. Chemical
equilibrium. Acids, bases and pH scale. Entropy, free energy and equilibrium.
Electrochemistry. Batteries. Corrosion. Nuclear Chemistry.
Foreign
Language (4-0-0)
Atatürk’s
Principles and History (2-0-0)
Calculus II (4-0-0)
Definite
integral and properties. Length, area and volume evaluation in cartisian and polar coordinate systems. Improper
integrals. Parameter dependent integrals. Series. Positive and alternative series.
Sufficient conditions for the convergence of series. Functional series. Taylor series.
Evaluation of definite integral by using series. Fourier series, Fourier Transform and
applications.
Prerequisite: Calculus I
Physics II (4-0-2)
Charge and matter. The electric field. Electric
Potential. Capacitors and dielectrics. Current and resistance. Ampere’s law.
Inductance. Magnetic properties of matter. Alternating currents. Electromagnetic waves.
Lineer
Algebra (3-0-0) Matrix theory. Determinant and solution of linear equation systems. Inverse of a matrix and elevation. Vector spaces. Linear independent vectors. Rank of a matrix. General linear algebraic equations. Scalars and vector products. Euclid spaces.
Numerical Analysis (2-0-2) Fundamental principles of
computerized solutions. Programming of matrix operations. Solution of linear equations.
Gaussian elimination method. Solution of nonlinear equations. Newton-Raphson and
Gauss-Seidel methods. Interpolation and extrapolation. Numerical differentiation and
numerical integration. Numerical solution techniques for differential equations.
Turkish II
(2-0-0)
Foreign Language II (4-0-0)
Engineering Graphics (1-2-0) Input
normalization forms of technical drawings, drawing utensils, norm writing lines. Ellipse
and polygon drawings, perpendicular projection, three view
techniques for picture drawing, scaling, cross sectioning, perspective drawings.
Examination of some subjects by computers (CAD):
Electrical and electronic symbols, electrical circuit drawing.
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