PHYSICS (5/1 Credits)

Learning Outcomes:

On successful completion of this course, student will be able to: Utilize the system units and convert units of physical quantities, Use vectors to describe physical observations, Identify and explain the basic concept of motion along straight line, two-dimensional motion, force and motion, energy and work, temperature, heat and the first law of thermodynamic, and its application, Identify and explain the basic concept of electric charge, electric field, electric potential; capacitors and capacitance, current and circuit; and its application, Identify and explain the basic concept of magnetic field, induction and inductance, and its application

Topics:

1. Introduction & vector
2. Motion along straight line & Two-Dimensional Motion 1
3. Two-Dimensional Motion 2 & Force and Motion 1
4. Experiment 1 – Newton Law
5. Experiment 1 – Newton Law
6. Force and Motion 2 & Energy and Work 1
7. Experiment 2 – Simple electrical instrument for measurement of electrical quantities
8. Experiment 2 – Simple electrical instrument for measurement of electrical quantities
9. Energy and Work 2 & Temperature, Heat and The First Law of Thermodynamics
10. Experiment 3 – Electric circuitsPHYS
11. Experiment 3 – Electric circuits
12. Electric Charge and Electric Field
13. Electric Potential
14. Experiment 4 – Kirchoff law for electrical circuits
15. Experiment 4 – Kirchoff law for electrical circuits
16. Capacitors and capacitance & current and circuit 1
17. Experiment 5 – Load effect, maximum power transfer and superposition principle in electrical circuits
18. Experiment 5 – Load effect, maximum power transfer and superposition principle in electrical circuits
19. Current and circuit 2 & magnetic field 1
20. Magnetic field 2 & Induction and inductance