Physics Grade 12 Crash Course

1. 1. Introduction
2. 2. Basic quantities and base units
3. 3. Derived quantities and derived units
4. 4. Prefixes for SI units
5. 5. Homogeneous equations
6. 6. Shortcomings of homogenity
1. 7. Reading and measurement
2. 8. Types of errors
3. 9. Methods of reducing errors
4. 10. Accuracy and precision
5. 11. Accuracy and precision
1. 12. Absolutes,fractional and percentage uncertainties
2. 13. Calculating uncertainties
1. 14. Scalar and vector quantities
2. 15. Distance and displacement
3. 16. Speed
4. 17. Velocity
5. 18. Average velocity
6. 19. Uniform speed and uniform velocity
7. 20. Acceleration
8. 21. Equations of Motion
9. 22. Sign Convention (Part 1)
10. 23. Sign Convention (Part 2)
11. 24. Uniform and non uniform acceleration
12. 25. Acceleration of free fall or Acceleration due to gravity
1. 26. Motion under and against gravity
2. 27. Motion on an inclined plane (Part 1)
3. 28. Motion on an inclined plane (Part 2)
4. 29. Motion on an inclined plane (Part 3)
5. 30. Motion on an inclined plane (Part 4)
1. 31. Simulation on Projectile motion
2. 32. Projectile Motion (Part 1)
3. 33. Projectile Motion (Part 2)
4. 34. Projectile Motion (Part 3)
1. 35. Mass
2. 36. Inertia
3. 37. Weight
4. 38. Momentum
5. 39. Newton's 1st Law of Motion and Simulation
6. 40. Newton's 2nd law of motion
7. 41. Definition of newton
8. 42. Newton's 3rd Law of Motion
9. 43. Principle of conservation of momentum
10. 44. Collisions
11. 45. Types of collisions - Elastic collisions
12. 46. types of collisions - Inelastic collisions
1. 47. Momentum in 2 Dimensions
2. 48. Momentum and Impulse
1. 49. Definition of force
2. 50. Types of forces
3. 51. Moment of a force
4. 52. Examples of applications of turning effects of forces
5. 53. Calculating moment about a pivot
6. 54. Couple
7. 55. Principle of moment
8. 56. Centre of mass
9. 57. Equilibrium
1. 58. Density
2. 60. Density and states of matter
3. 61. Pressure in Solids
4. 62. Pressure in Liquids
5. 63. Calculating pressure in liquids
1. 65. Energy
2. 66. Forms of Energy
3. 67. Law of Conservation of Energy
4. 68. Mechanical Energy
5. 69. Derivation of kinetic energy
6. 70. Derivation of gravitational potential energy
7. 71. Conversion of Mechanical Energy (Part 1)
8. 72. Conversion of Mechanical Energy (Part 2)
9. 73. Conversion of Mechanical Energy (Part 3)
1. 74. Work done
2. 75. Work done against gravity
3. 76. Types of Work Done
4. 77. Power
5. 78. Power
6. 79. Efficiency
7. 80. Efficiency
8. 81. Graph involving Energy and power
1. 82. Elastic objects
2. 83. Hooke's law
3. 84. Relationship between Force and Extension
4. 85. Combination of springs + simulation
5. 86. Combination of springs in series and parallels
6. 87. Combination of springs
7. 88. Stress
8. 89. Strain
9. 90. Young's Modulus
10. 91. Elastic limit
11. 92. Strain energy
1. 93. Circular Motion
2. 94. Examples of Circular Motion
3. 95. The radian
4. 96. Angular velocity
5. 97. Relationship between v,r and w
6. 98. Time period and Frequency
7. 99. Centripetal Acceleration
8. 100. Centripetal force
9. 101. What provides Centripetal forces
1. 102. Newton's Law of Universal Gravitation
2. 103. Kepler's 3rd law
3. 104. Derivation of Kepler's 3rd law
4. 105. Gravitational field strength
5. 106. Variation of gravitational field strength
1. 107. Gravitational potential
2. 108. Gravitational potential energy
3. 109. Velocity of escape
4. 110. Gravitational field
5. 111. Geosta Satellites
1. 112. Thermal equilibrium
2. 113. Introduction to temperature
3. 114.General equation for centigrade scale
4. 115. What happens when a substance is heated
5. 116. What happens when a substance is cooled
6. 117. Internal energy
7. 118. Heat capacity (C)
8. 119. Specific heat capacity
9. 120. Recap on power
10. 121. Changes of state
11. 122. Latent heat of fusion
12. 123. Specific latent heat of fusion
13. 124. Latent heat of vaporization
14. 125. Specific latent heat of vaporization
15. 126. Measuring common temperature of mixtures mixed together
16. 127. Evaporation
17. 128. Mechanism of evaporation
1. 129. The Mole
2. 130. Relationship between N, Na and n
3. 131. Equations of State of an Ideal Gas
4. 132. Boyle's law
5. 133. Charle's law
6. 134. Gay - Lussac's law or pressure law
7. 135. Ideal Gas Equation
8. 136. Ideal Gas
9. 137. Real Gas
10. 138. Internal Energy
11. 139. Assumptions of kinetic theory of gases
12. 140. Brownian Motion
1. 141. Assumptions of Kinetic theory of gases
2. 142. Derivation
3. 143. The root mean square velocity
4. 144. Derivation of kE= 3/2 K.T
1. 145. Internal Energy
2. 146. Thermodynamics
3. 147. 1st Law of Thermodynamics
4. 148. Types of processes - Isothermal process
5. 149. Types of processes - Isovolumetric process
6. 150. Types of processes - Adiabatic process
1. 151. What is a wave
2. 152. Examples of Waves
3. 153. Progressive Waves
4. 154. Types of waves
5. 155. Transverse waves
6. 156. Longitudinal waves
7. 157. Wave profile diagram
8. 158. Amplitude (a)
9. 159. Period (T)
10. 160. Frequency (f)
11. 161. Wavelength
12. 162. Relationship between wavelength and frequency
13. 163. Wave speed (v)
14. 164. Direction of Vibration of particles of a transverse wave
15. 165. Particles in Phase and Out of Phase
16. 166. Phase Difference
17. 167. Path Difference
18. 168. Relationship between phase difference and path difference
19. 169. Energy associated with waves
20. 170. Intensity of a wave
1. 171. Wavefront
2. 172. The ripple tank
3. 173. Reflection of waves
4. 174. Refraction of waves
5. 175. The Doppler Effect (Part 1)
6. 176. The Doppler Effect (Part 2)
7. 177. The Doppler Effect (Part 3)
8. 178. The Doppler Effect (Part 4)
9. 179. The Doppler Effect (Part 5)
10. 180. Red Shift and Blue Shift
1. 181. The Electromagnetic Spectrum
2. 182. Summary of frequency and wavelength of EM waves
3. 183. The Electromagnetic Spectrum - Part 1
4. 184. The Electromagnetic Spectrum - Part 2
5. 185. Properties of electromagnetic waves
6. 186. Polarisation (Part 1)
7. 187. Polarisation (Part 2)
8. 188. Polarisation (Part 3)
9. 189. Polarisation (Part 4)
10. 190. Polarising Light Waves
11. 191. Viewing Light using 2 Polaroids - Case 1
12. 192. Viewing Light using 2 Polaroids - Case 2
13. 193. Viewing Light using 2 Polaroids
14. 194. Uses of Polarisation
15. 195. Malus's Law
1. 196. Superposition
2. 197. Principle of superposition
3. 198. Interferrence
4. 199. Interference of waves
5. 200. Young's Double Slit Experiment
1. 201. What is diffraction
2. 202. Single slit diffraction
3. 203. Single slit diffraction
4. 204. Diffraction grating
5. 205. Dispersion of light by diffraction grating
6. 206. Overlapping of orders
1. 207. What is a stationery wave
2. 208. Definition of stationery wave
3. 209. Formation of stationery wave
4. 210. Nodes and Antinodes of a stationery wave
5. 211. Difference between progressive and stationery waves
6. 212. Examples of stationery waves
7. 213. Examples of stationery waves
1. 214. What is Oscillations
2. 215. Simple harmonic motion
3. 216. Solution of equation for simple harmonic motion
4. 217. Graph of displacement vs time
5. 218. Graph of velocity vs time
6. 219. Graph of acceleration vs time
7. 220. Variation of displacement velocity and acceleration
8. 221. Velocity of a a particle
1. 222. Energy in S.H.M
2. 223. Variation of energy in s.h.m. with displacement
3. 224. Variation of energy in s.h.m. with time
4. 225. Variation of displacement, velocity and acceleration for a S.H.M
5. 226. Graphs for S.H.M
6. 227. Examples of S.H.M
7. 228. Free and Damped oscillations
8. 229. Types of damping
9. 230. Forced Oscillations and Resonance
10. 231. Resonance Curve
11. 232. Examples of Resonance
1. 233. Charges
2. 236. Permittivity of a Medium
3. 235. Coulomb's Law
4. 234. Law of Electrostatics
5. 237. Electric Field
6. 238. Electric Field Pattern
7. 239. Electric Field Pattern
8. 241. Electric Field Pattern
9. 242. Electric Field Pattern
10. 243. Electric Field Pattern
11. 244. Electric Field Strength (Electric Field Intensity)
12. 246. Electric Field due to point charge
13. 247. Variation of Electric Field due to a point charge
14. 248. Variation of Electric Field due to a charged sphere
15. 249. Motion of a charged object in a uniform electric field
16. 250. Electric Field Intensity at a point due to a number of point charges
17. 245. Electric Field Strength between parallel charged conducting plates
18. 240. Electric Field Pattern
1. 251. Electric potential
2. 252. Difference between electric field strength and electric potential
3. 253. Relationship between electric field strength
4. 254. Electric potential energy
5. 255. Electric field and gravitational field

About this course

253 lessons
18 hours of video content

Physics Grade 12 Crash Course

Course curriculum

Physical Quantities and Units- 1. Base Units

Physical Quantities and Units- 2. Errors & Uncertainties

Physical Quantities and Units- 3. Calculation of Uncertainties

Kinematics- 1. Linear Motion Horizontally

Kinematics- 2. Motion under & against gravity

Kinematics- 3. Projectile Motion

Dynamics- 1. Momentum & Newton's Laws of Motion

Dynamics- 2. Momentum in 2D, Impulse and Application of Newton's Laws of Motion

Forces, Density & Pressure- 1. Turning Effects of Forces

Forces, Density & Pressure- 2. Density & Pressure

Energy- 1. Forms of Energy & Energy Conversion

Energy- 2. Work Done & Power

Deformation

Circular Motion

Gravitation- 1 - Newton's Law of Universal Gravitation & Gravitational Field Strength

Gravitation- 2 - Gravitational potential energy & Gravitation field

Temperature

Ideal Gases- 1. Equation of State

Ideal Gases- 2. Kinetic Theory of Gases

Thermodynamics

Waves- 1. Progressive Waves, Phase Difference & Intensity of a wave

Waves- 2 - Reflection and Refraction of waves & The Doppler Effect

Waves- 3 - The EM Spectrum & Polarisation

Superposition- 1. Principle of Superposition/ Young's Double Slit Expt

Superposition- 2. Diffraction

Superposition- 3. Stationary Waves

Oscillations- 1. SHM

Oscillations- 2 - Energy in SHM, Damping & Resonance

Electric Field- 1. Coulomb's Law & Electric Field Strength

Electrici Field- 2 - Electric Potential & Electric Potential Energy

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