|
Module name |
Basic Physics (FID113) |
|
Semester(s) in which the module is taught |
2 |
|
Person responsible for the module |
Basic Physics Team |
|
Language |
Bahasa Indonesia |
|
Relation to curriculum |
Compulsory/elective/specialization |
|
Teaching method(s) |
Lecture, discussion, assignment. |
|
Credits |
2 sks |
|
Workload |
2 x (50 minutes lectures, 50 minutes structural activities, 50 minutes individual study) x 14 week per semester ~ 3.2 ECTS. |
|
Intended learning outcome |
Students able to calculate various basic physics phenomenon (mechanics, mechanical wave and thermodynamics) by using physics concepts. |
|
Module content |
Magnitudes, Measurements, and Units; Vector; Particle kinematics (1 dimensional, 2- and 3-dimensional motion; Particle dynamics (Newton I, II and III law); Work and Energy; Particle systems and the law of conservation of momentum; Rigid Body Dynamics (rotation and equilibrium of rigid bodies); Fluid Mechanics; Oscillations; Mechanical Waves (waves on ropes and sound waves); Heat and Temperature; and the Laws of Thermodynamics. |
|
Required and recommended prerequisites for joining the module |
None |
|
Examination forms |
Middle and final term exam, assignment, quiz. |
|
Study and examination requirements |
Students are considered to be competent and pass if at least get 40% of maximum. Final score (NA) is calculated as follow: 20% (structural assignment + soft skill) + 35% mid exam + 35% final exam + 10% quiz. Final index is defined as follow: A : 86 – 100 AB : 78 – < 86 B : 70 – < 78 BC : 62 – < 70 C : 54 – < 62 D : 40 – < 54 E : < 40 |
|
Reading list |
1. Halliday, D., Resnick, R., 2013, Fundamental of Physics Extended, 10th Ed, 2. Coletta, V.P. 2010. Physics Fundamentals.Willey. 3. Jewet, J.W. and Serway, R. A., 2012, Serway’s Principles of Physics, A Calculus Based Text, 5th Edition, Thomson & Brooks/Cole, Australia. |
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