Physics Grade 10 Crash Course

Physics Grade 10 Crash Course

Course curriculum

1. 1. Introduction
2. 2. What is a Physical Quantity
3. 3. Physical Quantities and SI units
4. 4. Measurement and Length
5. 5. Apparatus used to measure Length
6. 6. The vernier caliper
7. 7. Taking measurements on a vernier caliper
8. 8. The micrometer screw gauge
9. 9. Taking measurement on a micrometer screw gauge
10. 10. Precautions to be taken while using a micrometer screw gauge
11. 11. Zero error in a micrometer screw gauge
12. 12. Errors made during measurement
13. 13. Parallax Error
14. 14. Zero Error - Case 1
15. 15. Zero Error - Case 2
16. 16. Zero Error - Case 3
1. 17. Definition of Volume
2. 18. Conversion factors for units of Volume
3. 19. Measurement of Volume
4. 20. Measurement of Volume of Liquids
5. 21. Precaution to be taken while using a measuring cylinder
6. 22. Time
7. 23. Apparatus used to measure time
8. 24. Taking measurement on digital watch
9. 25. Taking measurement on analogue stopwatch
10. 26. The simple pendulum
1. 27. Scalar and vector quantities
2. 28. Distance and displacement
3. 29. speed
4. 30. Velocity
5. 31. Average Velocity
6. 32. Acceleration
7. 33. Acceleration of free fall or Acceleration due to gravity
1. 34. Distance vs Time Graph or displacement vs Time Graph - Part 1
2. 35. Distance vs Time Graph or displacement vs Time Graph - Part 2
1. 36. Speed vs Time Graph or Velocity vs Time Graph - Part 1
2. 37. Speed vs Time Graph or Velocity vs Time Graph - Part 2
1. 38. Definition of Force
2. 39. Measurement of Force
3. 40. Addition of Scalar Quanties
4. 41. Addition of Vector Quantities
5. 42. Calculating Resultant Force - Case 1
6. 43. Calculating Resultant Force - Case 2
7. 44. Calculating Resultant Force - Case 3
8. 45. Newton's 1st Law of Motion and Simulation
9. 46. Newton's 2nd Law of Motion and Simulation
10. 47. Newton's 3rd Law of Motion
1. 48. Definition of Friction
2. 49. Advantages of friction
3. 50. Disadvantages of friction
4. 51. Methods of reducing friction
5. 52. Air Resistance (Drag Force)
6. 53. Factors affecting Air Resistance
7. 54. Balanced Forces
8. 55. Unbalanced Forces
9. 56. Terminal Velocity (Part 1)
10. 57. Terminal Velocity (Part 2)
11. 58. Terminal Velocity (Part 3)
12. 59. Air resistance and Terminal velocity
13. 60. Circular Motion
1. 61. Mass
2. 62. Inertia
3. 63. Weight
4. 64. Differences between Mass and weight
5. 65. Density
6. 66. Density and flotation
1. 67. Elastic objects
2. 68. Hooke's law
3. 69. Relationship between Force and Extension
4. 70. Combination of springs + simulation
5. 71. Combination of springs
1. 72. Moment of a force
2. 73. Principle of moment
3. 74. Centre of mass and gravity
4. 75. The plumbline experiment
5. 76. Stability
6. 77. Factors affecting stability
1. 78. Momentum
2. 79. Newton's 2nd law of motion
3. 80. Principle of conservation of momentum
4. 81. Collisions
5. 82. Momentum and Impulse
1. 83. Energy
2. 84. Forms of Energy
3. 85. Law of Conservation of Energy
4. 86. Renewable and Non Renewable Sources of energy
5. 87. Advantages and Disadvantages of Renewable forms of Energy
6. 88. Advantages and Disadvantages of Non renewable forms of Energy
7. 89. Mechanical Energy
8. 90. Conversion of Mechanical Energy (Part 1)
9. 91. Conversion of Mechanical Energy (Part 2)
1. 92. Work done
2. 93. Work done against gravity
3. 94. Power
4. 95. Efficiency
1. 96. Pressure in Solids
2. 97. Pressure in Liquids
3. 98. Calculating pressure in liquids
1. 99. Pressure in Gases
2. 100. Factors affecting Pressure in Gases and Simulation (Temperature)
3. 101. Factors affecting Pressure in Gases Simulation (Amount of Gas molecules)
4. 102. Factors affecting Pressure in Gases and Simulation (Volume)
5. 103. Atmospheric Pressure
6. 104. Variations of Atmospheric Pressure with altitudes
7. 105. Measuring Atmospheric Pressure - The Mercury Barometer
1. 106. Gas Laws - Boyle's Law
1. 107. Transfer of Heat
2. 108. Conduction
3. 109. Good conductors of heat
4. 110. Why are metals good conductors of heat
5. 111. Bad conductors of heat
6. 112. Convection
1. 113. Radiation
2. 114. Good absorbers of radiation
3. 115. Bad absorbers of radiation
4. 116. Good emitters of radiation
5. 117. Bad emitters of radiation
6. 118. Factors affecting transfer of heat by radiation
1. 119. Introduction to temperature
2. 120. Ice point lower fixed point
3. 121. Steam point upper fixed point
4. 122. Calculating temperature on centigrade scale
5. 123. General equation for centigrade scale
6. 124. The Kelvin Scale
7. 125. Types of thermometer - Laboratory thermometer
8. 126. Types of thermometer - clinical thermometer
9. 127. Types of thermometer-Thermomecouples thermometer
10. 128. Important terms in thermometry - Responsiveness
11. 129. Important terms in thermometry - Sensitivity
12. 130. Important terms in thermometry - Range
13. 131. Important terms in thermometry - Linearity
1. 132. States of Matter
2. 133. Properties of Solids, Liquids and Gases
3. 134. The Kinetic Model of Matter
4. 135. Evaporation
5. 136. Mechanism of Evaporation
1. 137. What happens when a substance is heated
2. 138. What happens when a substance is cooled
3. 139. Internal Energy
4. 140. Heat Capacity
5. 141. Specific Heat Capacity
6. 142. Recap on Power
7. 143. Changes of State
8. 144. Melting
9. 145. Solidification - Freezing
10. 146. Boiling
1. 147. Specific Latent Heat of Fusion
2. 148. Specific Latent heat of Vaporization
3. 149. Measuring common temperature of mixtures mixed together
1. 150. Heat
2. 151. Thermal expansion of matter
1. 152. What is a wave
2. 153. Types of waves
3. 154. Transverse waves
4. 155. Longitudinal waves
5. 156. Wave profile diagram
6. 157. Relationship between wavelength and frequency
7. 158. Wave speed
1. 159. Wavefront
2. 160. The ripple tank
3. 161. Reflection of waves Part 1
4. 162. Refraction of waves Part 2
5. 163. Diffraction of waves
1. 164. The Electromagnetic Spectrum
2. 165. Summary of frequency and wavelength of EM waves
3. 166. The Electromagnetic Spectrum
4. 167. Properties of electromagnetic waves
1. 168. Rays of light
2. 169. Reflection of Light
3. 170. Laws of Reflection
4. 171. Characteristics of an image formed by a plane mirror
5. 172. Ray diagrams for image formed by reflection in a plane mirror
6. 173. Applications of Reflection (Uses of mirrors)
1. 174. Refraction of Light
2. 175. Case 1 - Ray of light travelling from medium of lower desinty to medium of highter density
3. 176. Case 2 - Ray of light travelling from medium of hight density to medium of lower density
4. 177. Case 3 - When a ray of light enters perpendicularly in a medium
5. 178. Laws of Refraction
6. 179. Ray Diagrams for Refraction
7. 180. Application of Snell's law
8. 181. Refractive index formula
9. 182. Total internal reflection Part 1
10. 183. Total internal reflection Part 2
11. 184. Total internal reflection Part 3
12. 185. Relationship between critical angle
13. 186. Applications of total internal reflection
1. 187. What is a lens
2. 188. Action of a converging and a diverging lens on parallel rays
3. 189. Important terms in lenses
4. 190. Formation of images by a convex lens
5. 191. Worked solution
6. 192. Determination of focal length of a lens
7. 193. Magnification
8. 194. Summary on type of image formed with different position of object relative to lens
9. 195. Human eye - normal eye
10. 196. Sort sightedness
11. 197. Far sightedness
1. 198. What is sound
2. 199. How are sounds produced
3. 200. Propagation of sounds
4. 201. The transmission of sound
5. 202. Speed of sound in different media
6. 203. Speed of light vs speed of sound
7. 204. Audibility
8. 205. The reflection of sound
9. 206. Formation of echoes
10. 207. Uses of echoes
11. 208. Ultrasound
12. 209. Pitch of a sound
13. 210. Loudness of a sound
14. 211. Quality of a sound

About this course

211 lessons
16 hours of video content

Pricing

MUR 400

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