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Course Description Course Title Course Code Modern Physics Number of Study Hours Theoretical Laboratory Credit 3 --- 3 341 phys Year Level Pre-requests 3 5 ---- (1) (1) Brief Course Description This course aims to study a variety of topics to illustrate the evolution theory of relativity and quantum theory and modern physics is the science necessary to understand many other sciences, such as spectrum and the atomic structure of the element and many of the Applied Science. (2) Course Objectives 1 – To identify the principles and theories of modern physics and their application areas 2 - To interpretation of physical phenomena involved in decision 3 – To Solving the exercises and questions and exercises covered in the decision (3) Course Contents (1) Special theory of relativity: hypothesis, ether and problem of absolute velocity (2) Michelson- Morley experiment, Newtonian classical relativity, Einstein – Lorentz transformation (3) Relative velocity, relative length, and relative time (4) Relativistic mass – energy relation (5) Relation between momentum and energy (6) Variation of mass with velocity (7) Role of special theory of relativity in atomic and nuclear physics (8) Pair production phenomenon (9) Black body radiation and planck s theory, photo-electric effect, Compton effect. (10) Wave particle duality, De-Broglie formula, Heisenberg uncertainty principle, and atom concept (Rutherford and Bohr theory) (11) X-ray Emission B. Assessment Criteria (1) Periodic Exams: 30% (2) Oral, a student activity and Essay: (3) Final Exam: 50% 20 % (5) Course Teaching Strategies Lectures, Paper Assignments, Homework, Web-based Assignment (6) Text Book: Physics for Scientsts & Engineers with Modern Physics – 7th edition – Saunders Golden Sunburst Series, 2007. (7) Reference Books: Modern Physics by K.S. Krane – Wiley, John & Sons, Inc., 1995. Concepts of Modern Physics by Beiser – 6th Edition, McGrow – Hill, 2002.