Physics IB
by Zaira Ivanna Uranga
1. Oscillation and Waves
2. Circular motion
3. Gravitational Forces
4. Waves behaviour
5. Light waves
6. Sound waves
7. Energy transfer
8. Internal Energy
9. Temperature
10. Phase change
11. Specific latent heat
12. Specific heat capacity
13. Defining gas
14. Pressure
15. Volume
16. Traveling Waves
17. Longitudinal waves
18. Wave characteristics
19. Amplitude
20. Tranverse waves
21. Simple harmonic motion
22. Standing waves
23. Gravitational field strength
24. F=GMm/r^2
25. g=F/m
26. Harmonics
27. Opened at both ends
28. Fixed ends
29. One fixed and one opened end
30. 1st harmonic
31. Fundamental frequency
32. v=2/n*L*f
33. v=4/n*L*f
34. Energy
35. Thermodynamics
36. Kinetic Energy
37. Potential Enegy
38. Law of conservation of energy
39. internal energy
40. Polarizer
41. Mechanics
42. Electricity
43. Energy Production
44. Motion
45. Forces
46. Parabolic motion
47. Orbits
48. Fields
49. Electric Current
50. Circuits
51. Specific Energy
52. Energy Density
53. Energy sources
54. Generation electricity
55. Renewable and Non-Renewable sources
56. Primary Energy sources
57. Velocity
58. Wavelength
59. Frequency
60. Period
61. Momentum
62. Impulse
63. Tension force
64. Gravitational force
65. Reaction force
66. Spring force
67. Friction force
68. Air resistance
69. Centripetal acceleration
70. Centripetal force
71. Angular velocity
72. F=kQq/r^2
73. Electric force
74. Electric field strength
75. Free fall
76. Potential Difference
77. Electro Motive Force
78. Internal Resistance
79. Kircchauf's Laws
80. Ohm's law
81. Inseries Resistance
82. Series circuits
83. Kinetic Energy
84. Heat
85. Potential Energy
86. Work
87. Parallel circuits
88. Total resistance = sum of resistances
89. emf = sum of voltages
90. Total current = current 1 = current 2
91. emf = voltage 1 = voltage 2
92. Total current = sum of currents
93. 1/total resistance = 1/r1+1/r2
