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Upload domains/intro-to-physics-course/learning-graph.csv with huggingface_hub

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domains/intro-to-physics-course/learning-graph.csv ADDED
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1
+ ConceptID,ConceptLabel,Dependencies,TaxonomyID
2
+ 1,Scientific Method,,FOUND
3
+ 2,Measurement,1,FOUND
4
+ 3,SI Units,2,FOUND
5
+ 4,Unit Conversion,3,FOUND
6
+ 5,Significant Figures,2,FOUND
7
+ 6,Dimensional Analysis,3|4,FOUND
8
+ 7,Error Analysis,2|5,FOUND
9
+ 8,Precision vs Accuracy,2|7,FOUND
10
+ 9,Scalars,2,FOUND
11
+ 10,Vectors,9,FOUND
12
+ 11,Vector Addition,10,FOUND
13
+ 12,Vector Subtraction,10,FOUND
14
+ 13,Vector Components,10|18,FOUND
15
+ 14,Dot Product,10,FOUND
16
+ 15,Cross Product,10,FOUND
17
+ 16,Graphical Analysis,2,FOUND
18
+ 17,Scientific Notation,2,FOUND
19
+ 18,Trigonometry for Physics,,FOUND
20
+ 19,Proportional Reasoning,,FOUND
21
+ 20,Displacement,10,KINEM
22
+ 21,Distance,9,KINEM
23
+ 22,Speed,21|3,KINEM
24
+ 23,Velocity,20|22,KINEM
25
+ 24,Acceleration,23,KINEM
26
+ 25,Linear Motion,20|23,KINEM
27
+ 26,Uniform Motion,23,KINEM
28
+ 27,Uniformly Accelerated Motion,24|26,KINEM
29
+ 28,Position-Time Graphs,16|20,KINEM
30
+ 29,Velocity-Time Graphs,16|23,KINEM
31
+ 30,Acceleration-Time Graphs,16|24,KINEM
32
+ 31,Kinematic Equations,6|27,KINEM
33
+ 32,Free Fall,27|24,KINEM
34
+ 33,Projectile Motion,13|27,KINEM
35
+ 34,Horizontal Projection,33,KINEM
36
+ 35,Angled Projection,33|18,KINEM
37
+ 36,Relative Velocity,11|23,KINEM
38
+ 37,Force,10,DYNAM
39
+ 38,Net Force,11|37,DYNAM
40
+ 39,Newton's First Law,37|40,DYNAM
41
+ 40,Inertia,,DYNAM
42
+ 41,Newton's Second Law,38|24,DYNAM
43
+ 42,Newton's Third Law,37,DYNAM
44
+ 43,Action-Reaction Pairs,42,DYNAM
45
+ 44,Equilibrium,38,DYNAM
46
+ 45,Static Equilibrium,44,DYNAM
47
+ 46,Dynamic Equilibrium,44|26,DYNAM
48
+ 47,Friction,37,DYNAM
49
+ 48,Static Friction,47|45,DYNAM
50
+ 49,Kinetic Friction,47,DYNAM
51
+ 50,Coefficient of Friction,47,DYNAM
52
+ 51,Weight,37,DYNAM
53
+ 52,Mass vs Weight,51,DYNAM
54
+ 53,Normal Force,37,DYNAM
55
+ 54,Tension,37,DYNAM
56
+ 55,Inclined Plane,41|53|18,DYNAM
57
+ 56,Atwood Machine,41|54,DYNAM
58
+ 57,Pulley Systems,41|54,DYNAM
59
+ 58,Centripetal Force,37,DYNAM
60
+ 59,Centripetal Acceleration,24|58,DYNAM
61
+ 60,Banked Curves,55|59,DYNAM
62
+ 61,Work,37|20,ENRGY
63
+ 62,Work by Constant Force,61,ENRGY
64
+ 63,Work by Variable Force,61,ENRGY
65
+ 64,Work-Energy Theorem,61|65,ENRGY
66
+ 65,Kinetic Energy,23|52,ENRGY
67
+ 66,Potential Energy,,ENRGY
68
+ 67,Gravitational Potential Energy,66|51,ENRGY
69
+ 68,Elastic Potential Energy,66,ENRGY
70
+ 69,Conservative Forces,37|66,ENRGY
71
+ 70,Non-conservative Forces,37,ENRGY
72
+ 71,Conservation of Energy,64|66,ENRGY
73
+ 72,Mechanical Energy,65|66,ENRGY
74
+ 73,Energy Diagrams,16|72,ENRGY
75
+ 74,Power,61|3,ENRGY
76
+ 75,Efficiency,74|19,ENRGY
77
+ 76,Simple Machines,61,ENRGY
78
+ 77,Mechanical Advantage,76|75,ENRGY
79
+ 78,Lever,95|76,ENRGY
80
+ 79,Pulley as Machine,76,ENRGY
81
+ 80,Inclined Plane as Machine,55|76,ENRGY
82
+ 81,Linear Momentum,23|52,MOMNT
83
+ 82,Impulse,37|3,MOMNT
84
+ 83,Impulse-Momentum Theorem,82|81,MOMNT
85
+ 84,Conservation of Momentum,81,MOMNT
86
+ 85,Elastic Collisions,84|71,MOMNT
87
+ 86,Inelastic Collisions,84,MOMNT
88
+ 87,Perfectly Inelastic Collisions,86,MOMNT
89
+ 88,2D Collisions,84|13,MOMNT
90
+ 89,Center of Mass,52,MOMNT
91
+ 90,Rocket Propulsion,84|43,MOMNT
92
+ 91,Angular Displacement,10,ROTAT
93
+ 92,Angular Velocity,91,ROTAT
94
+ 93,Angular Acceleration,92,ROTAT
95
+ 94,Rotational Kinematics,92|93,ROTAT
96
+ 95,Torque,37|91,ROTAT
97
+ 96,Rotational Inertia,52|95,ROTAT
98
+ 97,Rotational Kinetic Energy,92|65,ROTAT
99
+ 98,Angular Momentum,92|81,ROTAT
100
+ 99,Conservation of Angular Momentum,98,ROTAT
101
+ 100,Rolling Motion,94|25,ROTAT
102
+ 101,Simple Harmonic Motion,24,OSCIL
103
+ 102,Restoring Force,37|101,OSCIL
104
+ 103,Amplitude,101,OSCIL
105
+ 104,Period,101,OSCIL
106
+ 105,Frequency,104,OSCIL
107
+ 106,Angular Frequency,105|92,OSCIL
108
+ 107,Hooke's Law,37|102,OSCIL
109
+ 108,Spring Constant,107,OSCIL
110
+ 109,Pendulum,101,OSCIL
111
+ 110,Simple Pendulum,109|95,OSCIL
112
+ 111,Physical Pendulum,110|96,OSCIL
113
+ 112,Damped Harmonic Motion,101|70,OSCIL
114
+ 113,Forced Oscillations,101|37,OSCIL
115
+ 114,Resonance,105|113,OSCIL
116
+ 115,Mechanical Waves,,WAVES
117
+ 116,Transverse Waves,115,WAVES
118
+ 117,Longitudinal Waves,115,WAVES
119
+ 118,Wave Properties,115,WAVES
120
+ 119,Wavelength,118,WAVES
121
+ 120,Wave Frequency,118|105,WAVES
122
+ 121,Wave Period,118|104,WAVES
123
+ 122,Wave Speed,119|120,WAVES
124
+ 123,Wave Interference,115,WAVES
125
+ 124,Constructive Interference,123,WAVES
126
+ 125,Destructive Interference,123,WAVES
127
+ 126,Superposition Principle,123,WAVES
128
+ 127,Standing Waves,126|129,WAVES
129
+ 128,Nodes and Antinodes,127,WAVES
130
+ 129,Wave Reflection,115,WAVES
131
+ 130,Wave Refraction,115,WAVES
132
+ 131,Wave Diffraction,115,WAVES
133
+ 132,Doppler Effect,122|36,WAVES
134
+ 133,Shock Waves,132|122,WAVES
135
+ 134,Sound Waves,117,SOUND
136
+ 135,Speed of Sound,122|134,SOUND
137
+ 136,Sound Intensity,134|74,SOUND
138
+ 137,Decibel Scale,136|17,SOUND
139
+ 138,Pitch,120|134,SOUND
140
+ 139,Loudness,136,SOUND
141
+ 140,Ultrasound,134|120,SOUND
142
+ 141,Infrasound,134|120,SOUND
143
+ 142,Beats,123|134,SOUND
144
+ 143,Harmonics,127|134,SOUND
145
+ 144,Acoustic Resonance,114|134,SOUND
146
+ 145,Light Waves,115,LIGHT
147
+ 146,Electromagnetic Spectrum,145,LIGHT
148
+ 147,Visible Spectrum,146,LIGHT
149
+ 148,Speed of Light,122|145,LIGHT
150
+ 149,Luminous Intensity,145,LIGHT
151
+ 150,Reflection,129|145,OPTIC
152
+ 151,Law of Reflection,150,OPTIC
153
+ 152,Plane Mirrors,151,OPTIC
154
+ 153,Spherical Mirrors,151,OPTIC
155
+ 154,Concave Mirrors,153,OPTIC
156
+ 155,Convex Mirrors,153,OPTIC
157
+ 156,Mirror Equation,6|153,OPTIC
158
+ 157,Magnification,156,OPTIC
159
+ 158,Refraction,130|145,OPTIC
160
+ 159,Snell's Law,158|160,OPTIC
161
+ 160,Index of Refraction,158|148,OPTIC
162
+ 161,Total Internal Reflection,158|159,OPTIC
163
+ 162,Critical Angle,161|18,OPTIC
164
+ 163,Lenses,158,OPTIC
165
+ 164,Convex Lenses,163,OPTIC
166
+ 165,Concave Lenses,163,OPTIC
167
+ 166,Lens Equation,6|163,OPTIC
168
+ 167,Thin Lens Formula,166,OPTIC
169
+ 168,Ray Diagrams,16|163,OPTIC
170
+ 169,Focal Length,163,OPTIC
171
+ 170,Real Images,163,OPTIC
172
+ 171,Virtual Images,163,OPTIC
173
+ 172,Dispersion,158|147,OPTIC
174
+ 173,Prism,172,OPTIC
175
+ 174,Color Addition,147,LIGHT
176
+ 175,Color Subtraction,147,LIGHT
177
+ 176,Optical Diffraction,131|145,OPTIC
178
+ 177,Young's Double Slit,176|123,OPTIC
179
+ 178,Single Slit Diffraction,176,OPTIC
180
+ 179,Diffraction Grating,176,OPTIC
181
+ 180,Polarization,145,OPTIC
182
+ 181,Electric Charge,,ELECT
183
+ 182,Positive Charge,181,ELECT
184
+ 183,Negative Charge,181,ELECT
185
+ 184,Conservation of Charge,181,ELECT
186
+ 185,Conductors,181,ELECT
187
+ 186,Insulators,181,ELECT
188
+ 187,Semiconductors,185|186,ELECT
189
+ 188,Superconductors,185,ELECT
190
+ 189,Charging by Friction,181,ELECT
191
+ 190,Charging by Contact,181,ELECT
192
+ 191,Charging by Induction,181,ELECT
193
+ 192,Grounding,181|185,ELECT
194
+ 193,Coulomb's Law,181|37,ELECT
195
+ 194,Electric Force,193,ELECT
196
+ 195,Electric Field,194,ELECT
197
+ 196,Electric Field Lines,195,ELECT
198
+ 197,Field Strength,195,ELECT
199
+ 198,Electric Potential Energy,66|181,ELECT
200
+ 199,Electric Potential,198,ELECT
201
+ 200,Voltage,199,ELECT