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INTERNATIONAL BURCH UNIVERSITY Department of Information Technology COURSE Code GF2- General Physics 2 Name Level BS Undergraduate Status Number of ECTS Credits Class Hours Per Week 6 3+2 Compulsory Instructor Full Prof. Dr. Rajfa Musemic Class Schedule:Monday : 13:00-15:45 Office Hour: Monday: 12:00-13:00 [email protected] 1. LEARNING OBJECTIVES AND GOALS 2. STUDENT ASSESSMENT METHODS Introduce main physical world principles and its application concepts. Introduce confidentiality, integrity and availability Understanding phenomena in matter, electrical, magnetic and electromagnetic properties, modern physics and experimental assignments Develop basic practical and useful knowledge in order to overcome study of information and general technical engineering program Combination of theoretical and practical (mostly experimental) learning necessary for the understanding phenomena in the nature at all 8% 20 % 10 % 22 % 40 % 1. Jearl Walker : Fundamentals of Physics, Halliday-Resnick, Willey, 8th Edition 2. D.C. Giancoli: Physics for scientist and engineers, Prentice Hall, New Jersey, 2000 3. Frederick J. Bueche & Eugene Hecht: Theory and problems of College Physics, Ninth Edition , Schaum’s outline Series, McGraw-Hill Companies, USA, 2008 4. The other sources from program fields. It is possible to use all books and Collection of problems on university level. LANGUAGE OF INSTRUCTION 45 + 30 = 75 Assistant Eldin Sejmen, Phys. Eng. Activity Homeworks or Laboratory exercises Seminar Midterm Examination Final Examination 3. TEXTBOOK(S) 4. Year Semester I Spring Total Hours Per Semester English 5. EVALUATION POLICIES 6. PREREQUISITE Examination dates and times set forth are firm. Students are requested to check their timetable and report possible conflicts with other courses. Absence in Mid Term examination and Laboratory practice, late delivery of measurements results and reports will be automatically marked as zero, unless the student presents a properly documented valid reason. Calculus 1. 7. SCHEDULE OF LECTURES AND READINGS Class Hours Week 1 3+2 Week 2 3+2 Week 3 3+2 Week 4 3+2 Week 5 3+2 Week 6 3+2 Week 7 3+2 Week 8 3+2 Week 9 3 Week 10 3+2 Week 11 3+2 Week 12 3+2 Week 13 3+2 Week 14 3+2 Topic Wave optics. Interference of the light. Diffraction of the light with the examples of application Polarization. Basic Photometric quantities Electricity and magnetism: Electrical charge, Conductors and insulators, Coulomb's law, The Electric Field, Gauss' Law, El Potential and voltage, Work and voltage El. Current, Ohm's law, Resistance, Resistors (combinations in circuits), Voltage and Current laws, DC Electric power , Capacitor (combinations) , Capacitance Magnetic field, magnetic force, Lorentz law, Mid-term Thermal radiation, Black body radiation The foundation of the atomic physics. Photoeffect, Compton' s effect, Photons, Models of atom, Bohr's model and postulates, the Atomic spectrum, Quantum numbers, Wave – particle dualism, The uncertainity relations, The foundation of nuclear physics Radioactivity, Nuclear reactions: Fission and Fusion), Lasers: How lasers work. Teaching Methods Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Lectures, Practical Sessions Reading 1. Jearl Walker : Fundamentals of Physics, Halliday-Resnick, Willey, 8th Edition 2. D.C. Giancoli: Physics for scientist and engineers, Prentice Hall, New Jersey, 2000 3. The other sources from program fields , especial Manuel for Lab measurements. ( Collection of problems made on university level) Date Lasers’ Application Week 15 3+2 Seminars Presentation Practical Sessions Plagiarism Notice: Plagiarism is a serious academic offense. Plagiarism is a form of cheating in which a student tries to pass off someone else's work or part of it as his or her own. It usually takes the form of presenting thoughts, terms, phrases, passages from the work of others as one's own. When it occurs it is usually found in essays, research papers or term papers. Typically, passages or ideas are 'lifted' from a source without proper credit being given to the source and its author. To avoid suspicion of plagiarism you should use appropriate references and footnotes. If you have any doubt as to what constitutes plagiarism you should consult your instructor. You should be aware that there are now internet tools that allow each submitted paper to be checked for plagiarism. Remember plagiarism is serious and may result in a reduced or failing grade or other disciplinary actions. Cheating: Cheating in any form whatsoever is unacceptable and will subject you to IBU disciplinary procedures. Cheating includes signing in others for attendance, exams or anything else; using prohibited electronic and paper aides; having others do your work; having others do your work, copying from others or allowing others to copy from you etc. Please do not cheat in any way! Please consult me if you have any questions. Seminars: During the course flow the students will be required to perform (in printed form) and execute oral presentation of a seminar with a topic from the Syllabus. The seminars should be prepared in a group of three – five students. Each of them must present own contribution in the frame of the topic.