"Wisdom is the principal thing; therefore, get wisdom" Prov. 4:7

• First semester:

1. How do we measure a Physical Quantity?
2. Expressing Accuracy and Precision in Experimental Physics
3. Measuring the acceleration due to gravity
4. Contact force, normal force, and force of frictions
5. Hooke’s law applied to spring restoring force
6. Force addition rules
7. Centripetal force
8. Torque and moment of inertia
9. Equilibrium of a solid due to three forces
10. Human arm, a biophysics laboratory
11. Impulse and momentum change
12. Concept of conservation in collision
13. Experiencing Archimedes’ principle in hydrostatic
14. Studying Torricelli’s principle in hydrodynamics
15. Examples of Simple Harmonic Oscillation

B-Second semester:

1. Mechanical standing wave: Melde’s experiment
2. Traveling longitudinal wave: sound
3. Interference in space and interference in time of sound waves
4. Understanding diffraction grating
5. Geometric Optics I: reflection and refraction
6. Geometric Optics II: focal length, real image, virtual image
7. Human eye, a biophysics laboratory
8. Electric fields and equipotential
9. Ohm’s law
10. Kirchhoff’s laws or rules
11. RC time constant
12. Axon model, a biophysics laboratory
13. AC impedance
14. Balmer series and Rydberg constant
15. Exponential growth and decay