PHYS 202 (4-0)4	Modern Physics Special theory of relativity; particle properties of waves; wave properties of particles; Atomic structure; elementary quantum mechanics; many electron atoms; nuclear structure and radioactivity. Prerequisites: PHYS 109 and PHYS 110.

PHYS 203 (3-2)4	Introductory Electronics DC circuit analysis: branch, mesh and node analysis, and the superposition, Thevenin and Norton theorems; Phasers and complex numbers; AC circuit analysis using the same methods used in DC circuits; Power and energy; RLC circuits; Transformers; Diodes and transistors, and their applications; Intro-duction to digital electronics; Transducers. Prerequisite: PHYS 110

PHYS 207 (3-0)3	Concepts of Modern Physics Special relativity; electromagnetic waves; atomic structure; basic concepts of quantum mechanics; quantum theory of the hydrogen atom; many electron atoms and periodic table; molecules; solid state.

PHYS 209 (4-0)4	Mathematical Methods in Physics I Ordinary differential equations; boundary value problems and characteristic function representations; Fourier transforms; partial differential equations and the methods separation of variables. Prerequisites: MATH 151 and MATH 152.

PHYS 210 (4-0)4	Mathematical Methods in Physics II Vector analysis; orthogonal curvilinear coordinates; functions of a complex variable. Prerequisite: PHYS 209

PHYS 215 (3-2)4	Physics for Students of Science III Linear and non-linear oscillations; coupled oscillations; transverse and longitudinal waves; interference; diffraction and polarization; waves in more than one dimension; acoustic waves; non-linear optics; geometrical optics.

PHYS 217 (1-4)3	Physics Laboratory III Various experiments on oscillations, waves and optics.

PHYS 221 (4-0)4	Optics and Waves Introduction; geometrical optics; matrix methods in paraxial optics; aberrations; optical instrumentation and the optics of the eye. superposition of waves; interference of light; coherence; polarization; Fraunhofer diffrac-tion. Prerequisite: PHYS 110.

PHYS 222 (1-4)3	Optics and Waves Laboratory Various experiments on mechanical oscillations, properties of light, geometrical and physical optics, optical properties of matter. Prerequisite: PHYS 221

PHYS 230 (3-2)4	Pascal Programming in Physics Algorithmic approach to solving physical problems; programming in Pascal using loops, arrays, records, functions and procedures; designing structured algorithms for physics.

PHYS 251 (3-0)3	Properties of Matter I States of matter; classes of materials; atomic bonding; structural properties of matter; X-ray diffraction; experimental diffraction methods; imperfections in solids; atom movements and diffusion; mechanical properties of matter; electrical properties of matter; semiconductors.

PHYS 252 (3-0)3	Properties of Matter II Electrical properties; semiconductors; semiconducting devices; thermal properties; phase diagrams; magnetic properties; optical properties, transport properties, super-conductivity.

PHYS 260 (3-0)3	Physics of Sports and Games Fundamental ideas and concepts of physics are reviewed and applied to a large number of sports and games. Some demonstrations will be performed.

PHYS 281 (3-0)3	Basic Physics III Basic concepts in astronomy, Solar system and the Sun, astronomical coordinate systems, Newton's and Kepler's laws, astronomical instruments and communication satellites, basic knowledge of stars: observational properties, evolution, stellar remnants, galaxies: observational properties and classification, basic cosmology. Prerequisites: PHYS 181 and PHYS 182

PHYS 282 (3-0)3	Basic Physics IV Special theory of relativity, models of atoms, quantum mechanics of atoms, nuclear physics, radioactivity and nuclear energy. Prerequisite: PHYS 181 and PHYS 182

PHYS 283 (3-0)3	Optics and Modern Physics Optics: Ray Model of Light, Reflection and Refraction, Mirrors, Thin Lenses, Simple Optical Instruments, Waves, Interference, Diffraction, Polarization. Modern Physics: Special Theory of Relativity, Particle Properties of Waves, Wave Properties of Particles, Bohr Model of Atoms, Introduction to Quantum Mechanics, Nucleus and Radioactivity

PHYS 291 (4-0)4	Modern Physics for Electrical Engineering Crystal structure and symmetry; basic concepts of quantum theory; waves and particles; the Schrödinger equation; wave mechanics; quantum theory of solids; binding and bonding; semiconductors; p-n junctions.