chapter1 (Measuring)
1-1 ǥ (The International System of Units)
1-2 ȯ (Changing Units)
1-3 (Length)
1-4 ð (Time)
1-5 (Mass)
1-6 (Current)
1-7 µ(Temperature)
1-8 (Mole)
1-9 ĭ(Candela)
1-10
Chapter2 (Vector)
2-1 3
2-2 հ
2-3 ũ
2-4 ȯĢ չĢ
2-5 (Components of Vectors)
2-6 (Unit Vectors)
2-7 п
2-8 ȸ
2-9 ǥ ȸ
2-10 (Multiplying Vectors)
Chapter3 1 (1-Dim. Motion)
3-1 1 (One Dimensional Motion)
3-2 ӷ° ӵ (Speed & Velocity)
3-3 ӵ (Relative Velocity)
3-4 (Constant Velocity & Speed)
3-5 ӵ (Acceleration)
3-6 ӵ (Constant Acceleration)
3-7
Chapter4 2, 3 (2, 3-Dim. Motion)
4-1 ġ Ϳ (Position & Displacement Vector)
4-2 2, 3 ӵ ӵ
4-3 2, 3 ¿ ӵ ӵ
4-4 ü (Projectile Motion)
4-5 ü
4-6 2 ӵ
Chapter5 ư Ģ (Newton's Law)
5-1 ư 1Ģ - Ģ
5-2 ư 2Ģ - ӵ Ģ
5-3 ư 3Ģ - ۿ-ۿ Ģ
5-4 ư Ģ
Chapter6 (Friction & Drag)
6-1 (Friction)
6-2 ° ӷ(Drag Force & Terminal Speed)
Chapter7 ϰ (Work & Energy)
7-1 ϰ
7-2
7-3 ö ź¿
7-4 Ϲ (ܷ)
7-5 ϰ ġ
7-6
7-7
7-8 Ϸ (Power)
Chapter8 ݷ (Momentum & Impulse)
8-1 ߽ (Center of Mass, com)
8-2 ߽ ̿ ư Ģ
8-3 (Linear Momemtum)
8-4 浹 ݷ
8-5
8-6 浹
8-7 2 浹
8-8 ϴ (ͧ)
Chapter9 ȸ (Rotational Motion)
9-1 ġ (Angular Position & Displacement)
9-2 ӵ (Angular Velocity)
9-3 ӵ (Angular Acceleration)
9-4 ӵ
9-5
9-6 ȸ
9-7 ũ() (Torque)
9-8 ȸ ư 2Ģ ǥ
9-9 ȸϴ ü ϰ
Chapter10 ȸ (Rotational Motion )
10-1 ȸ Բ Ͼ
10-2 ȸ ϴ ü
10-3 ȸ ϴ ü
10-4 ũ() ǥ
10-5 (Angular Momentum)
10-6 ũ ̿ ư 2Ģ
10-7 ڰ
10-8 ȸϴ ü(ü)
10-9 Ģ
Chapter11 ư ߷ (Newtonian Gravitation)
11-1 ߷ ( η)
11-2 η ø
11-3 ǥ ó η
11-4 ο ߷
11-5 ߷¿ ġ
11-6 ġ
11-7 Ż ӷ
11-8 ÷ Ģ
11-9
11-10 ߷
Chapter12 ü ü (Fluid & Fluid Dynamic)
12-1 е з
12-2 ¿ ִ ü з
12-3 з
12-4 ĽĮ (Pascal's Principle)
12-5 ƸŰ (Archimedes' Principle)
12-6 ̻ ü
12-7 (Equation of Continuity)
12-8 (Bernoulli's Equation)
Chapter13 I (Thermodynamics I )
13-1 µ (Temperature)
13-2 (Heat)
13-3 0Ģ (The Zeroth Law of Thermodynamics)
13-4 â (Thermal Expansion)
13-5 뷮
13-6 ȭ (State Transformation)
13-7 (Heat and Work)
13-8 1Ģ
13-9 1Ģ
13-10 ī
Chapter14 ü ̷ (Kinetic Theory of Gas)
14-1 ƺ (Avogadro's number)
14-2 Ģ, Ģ
14-3 ̻ ü (Ideal Gases)
14-4 µ ̻ ü ϴ
14-5 ǿ з ̻ ü ϴ
14-6 ü ӷ°
14-7 ̻ ü (Molar Specific Heat)
14-8 ̻ ü ܿ â
Chapter15 (Thermodynamics )
15-1 Ʈ
15-2 Ʈ ȭ
15-3 2Ģ
15-4 ϻ Ʈ
15-5 ϻ ġ Ʈ
15-6 ȿ
15-7 Ʈ
Chapter16 ܼ ȭ (S. H. Motion)
16-1 ܼ ȭ (Simple Harmonic Motion)
16-2 ܼ ȭ Ģ
16-3 ܼ ȭ
16-4 ܼ ȭ
16-5 ܼ (Pendulum)
16-6 ܼ ȭ
16-7 ϴ ܼ ȭ
16-8 (Resonance)
Chapter17 Ģ (Coulomb's Law)
17-1 (Electric Charge)
17-2 ü ü
17-3 Ģ (Coulomb's Law)
17-4 ȭ
17-5 (Conservation of Charge)
Chapter18 奰(Electric Field)
18-1 (Electric Field)
18-2 弱(¼) (Electric Field Line)
18-3 Ͽ
18-4 ֱڿ ۿϴ
18-5 () ϵ鿡
18-6 ݿ
18-7
18-8 ֱ
18-9 ֱ ġ
Chapter19 II (Electric Field II)
19-1 콺 ǥ
19-2 () (Flux)
19-3
19-4 콺 Ģ (Gauss' Law)
19-5 콺 Ģ Ģ
19-6 Ǿ ִ ü
Chapter20 (Electric Potential)
20-1 ġ (Electric Potential Energy)
20-2 (Electrical Potential)
20-3 (Equipotential Surfaces)
20-4 (cf. 20-8)
20-5 Ͽ
20-6 ֱڿ
20-7
20-8
Chapter21 (Capacitors)
21-1 뷮 (Capacitance)
21-2 뷮
21-3
21-4
21-5 ü (Capacitor with a Dielectric)
21-6 콺 Ģ
Chapter22 (Current)
22-1 ( 帧) (Electric Current)
22-2 е (Current Density)
22-3 װ (Resistance & Resistivity)
22-4 Ģ (Ohm's Law)
22-5
22-6 ݵü ü (Semi- & Superconductors)
Chapter23 ȸ ̷ (Circuit Theory)
23-1 (Electromotive Force)
23-2 °
23-3 ȸο
23-4 ִ ġ ̷ ȸ
23-5
23-6 (Ground)
23-7 ִ ġ °
23-8 а (Ammeter & Voltmeter)
23-9 RCȸ
Chapter24 ڱ (Magnetic Force)
24-1 ڱ B
24-2 ߰
24-3 Ȧ ȿ (Hall Effect)
24-4 ȸ
24-5 ȸ
24-6 帣 ۿϴ ڱ
24-7 () - 簢 ڱκ (ũ)
24-8 ڱ ֱ Ʈ
Chapter25 ڱ (Mag. Field by Current)
25-1 ڱ
25-2 ̿
25-3 Ģ (Ampere's Law)
25-4 ̵ַ忡 ڱ
25-5 ̵忡 ڱ
25-6 ߽ ڱ
Chapter26 ڱ (Elec.Mag. Induction)
26-1 Ģ
26-2 з Ģ (Faraday's Law of Induction)
26-3 Ģ (Lenz's Law)
26-4 ڱ ȯ
26-5 (Induced Electric Field)
26-6 δͿ δϽ (Inductor & Inductance)
26-7 ü (Self-Induction)
26-8 RLȸ
26-9 ڱ峻
26-10 ȣ (Mutual Induction)
Chapter27 (Alternating Current)
27-1 LC- (LC-Oscillation)
27-2
27-3 RLC ȸ
27-4 (Alternating Current)
27-5 ⺻ ȸ
27-6 RLC ȸ
27-7 ȸο
27-8 б (Transformer)
Chapter28 ĵ (Wave)
28-1 з
28-2 з
28-3 ĸ 翡 з
28-4 ĵ ݻ (Reflection & Transmission)
28-5 ǥ
28-6 ӷ(ļ)
28-7 ϴ
28-8 ĵ ø
28-9 ĵ (Interference of Waves)
28-10 (Phasor)
28-11 (Standing Wave)
28-11 ( )
Chapter29 (Logitudinal Wave)
29-1 (Sound Waves)
29-2
29-3
29-4 Ҹ (Intensity of a Sound)
29-5 Ŀ
29-6 Ƴ (Beats)
29-7 ÷ ȿ (Doppler Effect)
29-8 Ҹ 3
Chapter30 (ڱ) (Electromag. Wave)
30-1 ڱ
30-2 ڱ
30-3 ڱ
30-4 (Polarization)
30-5 ݻ (Reflection & Refraction)
30-6 Ѻ
30-7 ݻ (Total Internal Reflection)
30-8 л (Dispersion)
30-9 ݻ翡
Chapter31 ſ (Mirror & Lens)
31-1 ǻ (Real Image & Virtual Image)
31-2 ſ
31-3 (Lens)
31-4
Chapter32 ȸ (Diffrac. & Interfer.)
32-1 ȸ (Diffraction)
32-2
32-3 (Young's Interference)
32-4 ߽
32-5
32-6 ̽ (Michelson's Interferometer)
Chapter33 ȸ (Diffraction)
33-1 ȸ
33-2 ȸ
33-3 ۿ ȸ
33-4 2 ȸ
33-5 ȸ (Diffraction Gratings)
33-6 л (Dispersion)
33-7 ش (Resolving Power)
33-8 X-ray ȸ
Chapter34 뼺 (Relativity)
34-1
34-2
34-3 ü 뼺 (The Relativity of Simultaneity)
34-4 ð 뼺 (The Relativity of Time)
34-5 뼺 (The Relativity of Length)
34-6 η ȯ (The Lorentz Transformation)
34-7 η ̿ 뼺
34-8 ӵ 뼺 (The Relativity of Velocities)
34-9 ÷ ȿ
34-10
34-11
Chapter35 ڿ (Photon & M. Wave)
35-1 ڿ (Photon & Quantum)
35-2 ȿ (The Photoelectric Effect)
35-3 ڰ
35-4 ڿ (Electron & Matter Waves)
35-5 ڵ (Schrodinger's Equation)
35-6 ͳθ (Tunneling)
Chapter36 Ȯ (Expan. of M.Wave)
36-1 Ŀ
36-2
36-3 ĵ Լ
36-4 칰
36-5 2
36-6 3
36-7
36-8 м
Chapter37 Ž (Search of Atoms)
37-1
37-2 (Electron Spin)
37-3 ڱ ֱ Ʈ
37-4 Ŀ︮ Ÿ (The Pauli Exclusion Principle)
37-5 Ŀ︮ Ÿ
Chapter38 ٹ I (Nuclear Reaction I)
38-1 ٹ
38-2 缺 ر (Radioactive Decay)
38-3 ر (Alpha Decay)
38-4 Ÿ ر (Beta Decay)
38-5 緮 (Radiaton dosage)
Chapter39 ٹ II (Nuclear Reaction II)
39-1 ٺп (Nuclear Fission)
39-2 ڷ (Nuclear Reactor)
39-3 (Thermonuclear Fusion)
39-4
Chapter40 ַ (Cosmology)
40-1 (Particle)
40-2 (Lepton)
40-3 ũ (Quarks)
40-4 â
η A ⺻
η B
ֱǥ(ѱ)
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