1 / 8

GF I GENERAL PHYSICS 1 201 2 -201 3 Fall Term

DEPARTMENT of INFORMATION TECHNOLOGIES. INTERNATIONAL BURCH UNIVERSITY. GF I GENERAL PHYSICS 1 201 2 -201 3 Fall Term. Dr . Rajfa Musemić musemic @ mef.unsa .ba. Meet our team !.

davidbarron
Download Presentation

GF I GENERAL PHYSICS 1 201 2 -201 3 Fall Term

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. DEPARTMENT of INFORMATION TECHNOLOGIES INTERNATIONAL BURCH UNIVERSITY GF I GENERAL PHYSICS 1 2012-2013Fall Term Dr. Rajfa Musemićmusemic@mef.unsa.ba

  2. Meet our team ! Dr Sci Rajfa Musemić, Faculty of Mechanical Engineering University of Sarajevo- Assistant Eldin Sejmen, BSc in Physics • - Physical Engineering degree • (Faculty of Natural Sciences, SA) • MSc in Applied Mechanics of Continuum • (Mechanical Engineering Faculty, SA) • - PhD In Applied Physics / Fluid Mechanics • (Mechanical Engineering Faculty Ljubljana, SLO) • Full Professor at Mathematics and Physics department • (MEF-UNI Sarajevo) since 2010 • Teaching: • General Physics • Mathematical Methods in Physics • Physics 1 and Physics 2 • Technical Physics • Modelling of transport processes • - Turbulence /MSc course/ Research: • Applied Physics and Environmental • Solar energy, salt solar ponds • Mathematical modeling of turbulence • Turbulent Double-Diffusive Convection

  3. Taeching team - adresses • Rajfa Musemić – responsible teacher Faculty of Mechanical Engineering Sarajevo, Vilsonovo setaliste 9 /315 room, tel. + 387 33 72 98 42/ E-mail:musemic@mef.unsa.ba • Assistant Eldin Sejmen e-mail: eldinsejmen@gmail.com • Class Schedule: Mon: 13:00-16:00 Wed : 15:00-17:00 and Thu : 15:00-17:00 Office Hour:Open Door Policy

  4. Course Objectives Through the program of moduls of : kinematics, dynamics, momentum, force and energy, energy exchange with environment, conservation laws, oscillations, waves, optics and optical instruments, lasers, atomic structures of matter, nuclear physics and radioactivity, students will acquire very practical and useful basic knowledge in order to overcome study of information engineering program.

  5. Course Objectives Stress on solving the problems in examples and experimental assignments Combination of theoretical and practical learning necessary for understanding phenomena in the nature at all

  6. Textbooks • 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.

  7. Brief Contents • Foundation of mechanics. Physical quantities and units. Measurements. Vectors in Physics. • Kinematics of particle. • Newton's laws. • Diferential equation of motion. Motion of the particle in specified force field • Work and energy. The work in specified force field. • The field of Potential forces. Conservative forces. Potential energy and force • Conservation laws. The conservation of momentum, energy and angular momentum and impulse. Application at the collisions. • Rigid-body rotation. • Power. • Oscillations. Simple, damped and forced oscillations • The Simple pendulum.The physical pendulum. • Wave motion. Propagating waves. Wave description and terminology. In-phase vibrations. • Wave equation. Speed of a transverse and longitudinal waves. Energy of elastic wave. Wave superposition. Standing waves. • Sound. Speed of sound in gases. Intensity. Loudness. Intensity (or loudness) and sound level. Doppler effect. Ultrasound. • Optics. Geometricaland wave optics. Optical instruments.

  8. Grading Activity at lessons 8 % Home works 20 % Midterm Examination 22% Seminar 10% Final Examination 40%

More Related