Ⅰ.
Mechanics and Energy
[Exercise Techniques]
01.
speed and velocity
02-1.
uniform straight-line motion
02-2.
relative velocity
03.
Graph of linear motion with constant acceleration
04.
Uniformly accelerated rectilinear motion formula
05.
Average velocity in uniformly accelerated motion
06.
Analysis of linear motion with constant acceleration

[Laws of Motion]
07.
Laws of motion and classification of motion
08.
balance of power
09.
Application of the Equations of Motionㆍ1
10.
Application of the Equations of Motionㆍ2

Conservation of momentum
11.
Momentum and impulse
12-1.
Law of conservation of momentum

[Work and Energy]
12-2.
Day
13.
Kinetic energy and gravitational potential energy
14.
conservation of mechanical energy
15.
Elastic potential energy and mechanical energy
16.
Conservation of mechanical energy of connected objects

[Thermodynamics]
17.
First Law of Thermodynamics
18.
Second Law of Thermodynamics

Special Theory of Relativity
19.
Special Theory of Relativityㆍ1
20.
Special Theory of Relativity 2

Ⅱ.
Matter and electromagnetic fields
[Atoms and Electric Force]
21-1.
atomic model
21-2.
Electric force

[Modern atomic model]
22.
Bohr's model of the hydrogen atom
23.
semiconductors and diodes

[magnetic field]
24.
Magnetic field caused by current
25-1.
magnetic material
25-2.
electromagnetic induction

Ⅲ.
Waves and Information Communication
[The wave nature of light]
26.
Wave progression
27.
Refraction and total reflection
28-1.
Characteristics of electromagnetic waves
28-2.
interference of waves

[The Duality of Light and Matter]
29.
The duality of light
30.
Duality of matter

Correct answer