Physics Grade 11 Crash Course

Physics Grade 11 Crash Course

Course curriculum

1. 1. Introduction
2. 2. What is a charge
3. 3. Law of Electrostatics
4. 4. Charging by friction
5. 5. Mechanism of charging by friction
6. 6. Measurement of electric of charge
7. 7. Electrical conductors and insulators
8. 8. Neutralizing charge of conductors and insulators
9. 9. Charging conductors by induction
10. 10. Charging conductors by induction
11. 11. Charging conductors by induction
12. 12. Electric field
13. 13. Electric field pattern
14. 14. Application of Electrostatics
15. 15. Hazards of Electrostatics
1. 16. Electric current
2. 17. Measurement of Electric Current
3. 18 .Types of charges
4. 19. Quantisation of charge
5. 20. Potential difference
6. 21. Electromotive force
7. 22. The volt
8. 23. Measurement of Potential Difference and E.M.F
9. 24. Electrical component and Symbols
10. 25. Resistance
11. 26. Combination of resistors - In series
12. 27. Combination of resistors - In Paralell
13. 28. Resistance and resistivity Part 1
14. 29. Resistance and resistivity Part 2
15. 30. Ohms law
16. 31. Ohmic conductors
17. 32. Non-Ohmic conductors
18. 33. Filament lamp
19. 34. Thermistor
20. 35. Electrical power
21. 36. Electrical energy
22. 37. Efficiency
1. 38. Ohm's Law
2. 39. Potential divider formula
3. 40. Application potential divider of thermistor
4. 41. Application of potential divider with a light dependent resistor
5. 42. Simulation for circuit construction - Example 1
6. 43. Simulation for circuit construction - Example 2
7. 44. Simulation for circuit construction - Example 3
8. 45. Worked Solution
1. 46. Electrical Power
2. 47. Electrical Energy
3. 48. Calculating the cost of electricity consumption
4. 49. Types of Wires
5. 50. The Switch
6. 51. The Fuse
7. 52. Safety precautions while using electricity
1. 53. Magnets
2. 54. Magnetic and Non-Magnetic Materials
3. 55. Poles of a Magnet
4. 56. Laws of Magnetism
5. 57. Behavior of a freely suspended bar magnet
6. 58. Types of Magnetic Materials
7. 59. Magnetic lines of force
8. 60. Magnetic Field between 2 Magnet
9. 61. Magnetic Induction (Induced Magnetism)
10. 62. Theory of Magnetism
1. 63. Methods of Magnetisation
2. 64. Methods of Magnetisation - The stroking Method
3. 65. Methods of Magnetisation - The Electrical Method
4. 66. Advantages of the Electromagnet
5. 67. Methods of Demagnetising Magnets
6. 68. Magnetic Field
7. 69. Method to determine the magnetic field lines of a bar magnet - Using iron fillings
8. 70. Method to determine the magnetic field lines of a bar magnet - Using a compass
9. 71. Magnetic Shielding or Magnetic Screening
1. 72. Magnetic field around a straight current carrying wire
2. 73. Factors affecting the strength of the magnetic field around a straight current carrying wire
3. 74. Magnetic Field due to a Solenoid
4. 75. Factors affecting the strength of the magnetic field in a solenoid
5. 76. Force between 2 parallel wires carrying current - in the same direction
6. 77. Force between 2 parallel wires carrying current - in opposite direction
1. 78. Force on a conductor in a magnetic field
2. 79. Fleming's Left Hand Rule
3. 80. Determination of direction of force using FLHR Example 1
4. 81. Determination of direction of force using FLHR Example 2
5. 82. Determination of direction of force using FLHR Example 3
6. 83. Determination of direction of force using FLHR Example 4
7. 84. Determination of direction of force using FLHR Example 5
8. 85. The D.C Motor (Part 1)
9. 86. The D.C Motor (Part 2)
10. 87. The D.C Motor (Part 3)
11. 88. The D.C Motor (Part 4)
12. 89. Factors affecting the speed of rotation of a D.C. Motor
13. 90. Force on a moving charge in a magnetic field
1. 91. What is electromagnetic induction
2. 92. Electromagnetic induction
3. 93. Laws of electromagnetic induction- Faraday's law
4. 94. Laws of Electromagnetic Induction - Lenz's Law
5. 95. Factors affecting the magnitude of the induced emf
1. 96. The A.C Generator
2. 97. The Slip Rings
3. 98. The carbon brushes
4. 99. Variation of the induced e.m.f
5. 100. Direction of current in an A.C Generator
6. 101. Factors affecting the magnitude of the induced emf in an AC generator
1. 102. The Transformer
2. 103. Structure of the transformer
3. 104. Principle of operation of a transformer
4. 105. Why must the input of a transformer be an alternating current
5. 106. Why must the core of the transformer be made of iron
6. 107. Types of Transformers
7. 108. Turn ratio of a transformer
8. 109. Practical Transformer
9. 110. Transmission of electricity
1. 111. The cathode Ray Oscilloscope (C.R.O)
2. 112. The electron gun
3. 113. The deflecting plates
4. 114. The fluorescent screen
5. 115. Using the C.R.O
6. 116. Application of the C.R.O - Part 1
7. 117. Application of the C.R.O - Part 2
1. 118. Circuits components
2. 119. Circuit component resistor
3. 120. Circuit component thermistor
4. 121. Circuit component light dependent
5. 122. Potential divider
6. 123. Application of potential divider Part 1
7. 124. Application of potential divider Part 2
8. 125. Circuit component - Diode
9. 126. Light Emitting Diode
1. 127. Atomic structure
2. 128. Evolution of the Atomic Models
3. 129. Isotopes
4. 130. The Alpha scattering experiment Part 1
5. 131. The Alpha scattering experiment Part 2
1. 132. What is Radioactivity
2. 133. Types of lonising Radiations
3. 134. Characteristics of lonising Radiations
4. 135. Alpha Decay (Part 1)
5. 136. Alpha Decay (Part 2)
6. 137. Alpha Decay (Part 3)
7. 138. Beta Decay (Part1)
8. 139. Beta Decay (Part 2)
9. 140. Gamma Emission
10. 141. Summary for Alpha, Beta and Gamma decay
11. 142. Detection of ionizing radiations
12. 143. Background Radiations (Part 1)
13. 144. Background Radiations (Part 2)
14. 145. Penetrating power of Alpha, Beta and Gamma radiations
15. 146. How to determine the presence of Alpha, Beta and Gamma Radiations (Part 1)
16. 147. How to determine the presence of Alpha, Beta and Gamma Radiations (Part 2)
17. 148. How to determine the presence of Alpha, Beta and Gamma Radiations (Part 3)
18. 149. How to determine the presence of Alpha, Beta and Gamma Radiations (Part 4)
1. 150. Half Life (T 1-2)
2. 151. Law of Decay
3. 152. Activity (A)
4. 153. Random nature of radioactivity disintegration
5. 154. Uses of Radioactivity - Part 1
6. 155. Uses of Radioactivity - Part 2
7. 156. Uses of Radioactivity - Part 3
8. 157. Uses of Radioactivity - Part 4
9. 158. Uses of Radioactivity - Part 5
10. 159. Hazards of ionizing radiations
11. 160. Safety Precautions while using radioactive materials - Part 1
12. 161. Safety Precautions while using radioactive materials - Part 2
13. 162. Safety Precautions while using radioactive materials - Part 3
14. 163. Safety Precautions while using radioactive materials - Part 4
15. 164. Nuclear Reactions
16. 165. Nuclear Fusion
17. 166. Nuclear Fission
18. 167. Electricity generation in nuclear reactors
19. 168. Einstein's Mass - Energy equivalence
1. 169. Introduction
2. 170. Motion of the Earth - Day and Night
3. 171. Motion of the Earth - Rising and setting of the Sun
4. 172. Motion of the Earth - Orbit of the Earth
5. 173. Motion of the Moon
6. 174. Orbital Speed of Planets
7. 175. The Solar System
8. 176. Asteroids
9. 177. Comets
10. 178. The Sun
11. 179. Gravitational field strength of a planet
12. 180. Newton's Law of Universal Gravitation
13. 181. The Planets
14. 182. Mercury
15. 183. Venus
16. 184. Earth
17. 185. Mars
18. 186. Jupiter
19. 187. Saturn
20. 188. Uranus
21. 189. Neptune
1. 190. Overview
2. 191. Nuclear reactions in stars
3. 192. Stars
4. 193. Light Years
5. 194. Galaxies
6. 195. Origine and Life Cycle of Stars
7. 196. Low Mass Stars
8. 197. High Mass Stars
9. 198. The Universe
10. 199. The Big Bang Theory
1. 1. Introduction
2. 2. Question 1
3. 3. Question 2
4. 4. Question 3
5. 5. Question 4
6. 6. Question 5
7. 7. Question 6
8. 8. Question 7
9. 9. Question 8
10. 10. Question 9
1. 1. Introduction
2. 2. Question 1
3. 3. Question 2
4. 4. Question 3
5. 5. Question 4

About this course

214 lessons
15 hours of video content

Pricing

MUR 500

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