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Sinai University Faculty of Engineering Science Department of Basic science

Sinai University Faculty of Engineering Science Department of Basic science. مقدمة عامة. 1- التعريف بأستاذ المادة Ahmed Mohamed El-Lawindy ellawindy@su.edu.eg Mob- 0105058997 2- الحديث عن مستوى الطلاب بوجه عام 3- مميزات الجامعات الخاصة 4- نصائح

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Sinai University Faculty of Engineering Science Department of Basic science

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  1. Sinai University Faculty of Engineering Science Department of Basic science

  2. مقدمة عامة 1- التعريف بأستاذ المادة Ahmed Mohamed El-Lawindy ellawindy@su.edu.eg Mob-0105058997 2- الحديث عن مستوى الطلاب بوجه عام 3- مميزات الجامعات الخاصة 4- نصائح 5- نظام مواعيد المحاضرات والمعامل والسكاشن (التعاقد)

  3. معلومات عامة

  4. Course name: Physics I Course code SGS 121 Text references 1- Physics for biology and premedical students, Burns 2-Halliday-Resnick-Walker- Fundamentals of Physics, 7th ed 3- Internet sites Lecturer: Prof Ahmed Mohamed El-Lawindy E.M. :ellawindy@su.edu.eg 0105058997 dentistry@su.edu.eg

  5. What is Physics ? Physics: is based on experimental observations and quantitative measurements. TOOL: The fundamental laws used in developing theories are expressed in the language of mathematics, the tool that provides a bridge between theory and experiment. d The main objective of physics 1- Find the limited number of fundamental laws that govern natural phenomena , e.g. Gravitation law Electrostatic Law Gas law 2- Use them to develop theories that can predict the results of future experiments. Rotational motion- Coulomb's Law- Magnetic Induction…. etc

  6. Frame work/ time table subject Week/2h Starting Date Ch1 Introduction+ units and dimensions W1 26/9/2010 Ch2 Thermal properties W2-W3 Quizzes W4 Ch3 Optical properties W4-W5 Quizzes W6 Revision + Midterm exam W6, Ch4 Mechanical properties W6-W8 Quizzes - W9 Ch5 Modern Physics W9 Quezzes W10 Ch6 Laser physics W10-W11 Revision W12-13 Final exam W14

  7. Assessment 15% 15 marks class work 5% 5 marks Pre. term exam 1 10% 10 marks Mid term exam 2 20% 20 marks Lab. Works 50% 50 50% 50 marks Final year exam 100% 100 marks total

  8. Class works and Laboratory 1-Assignments/tutorials every week 2-Quizzes every two weeks 3-Experiments 1 every week Assessment: (lab works+ sheet + attendance+ Final examinations)

  9. Course objectives At the end of this course, students will be able to: 1- Define and understand some physical quantities such as Materials properties, optical, mechanical, thermal, and etc….. 2- Illustrate different phenomena related to these subjects. 3- Analyze simple phenomena in physics. 5- Use the gained information to understand some biological and medical effects and applications 6- Link the course with future applications

  10. Method of Learning 1-Text books/printed matter 2- Power points illustration 3-Internet websites 4-Class works, laboratory(Real and Visual experimentation), tutorials, Quizzes and reports 5-Exams

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