Grade 10 Physics Basic

1. 1. What is a Physical Quantity
2. 2. Physical Quantities and SI units
3. Exercise 1
4. 3. Prefixes for SI units
5. 4. Measurement of Length
6. Question 1
7. 5. Apparatus used to measure Length
8. Question 2
9. 6. Worked solution for Question 2
10. 7. Measurement of different types of Length
11. 8. The vernier caliper
12. Exercise 2
13. 9. Taking measurement on a vernier caliper
14. Question 3
15. 10. Worked solution for Question 3
16. Question 4
17. 11. Worked solution for Question 4
18. 12. The micrometer screw gauge
19. 13. Taking measurement on a micrometer screw gauge
20. 14. Precautions to be taken while using a micrometer screw gauge
21. Question 6
22. 15. Worked solution for question 6
23. 16. Zero error in a micrometer screw gauge
24. 17. Errors made during measurement ( Parallax Error and Zero Error)
25. Exercise 3
26. Knowledge test
1. 1. Definition of Volume
2. Exercise 1
3. 2. Conversion factors for units of Volume
4. Exercise 2
5. 3. Examples on conversion of units of Volume
6. Question 1
7. 4. Worked Solution for Question 1
8. 5. Measurement of Volume
9. Exercise 3
10. 6. Measurement of Volume of Liquids
11. 7. Precaution to be taken while using a measuring cylinder
12. Exercise 4
13. Exercise 5(Question 2)
14. 8. Volume- Worked Solution for Question 2
15. 9. Measurement of Volume of Regular Solids
16. Exercise 6
17. 10. Measurement of Volume of Irregular Solids
18. Exercise 7
19. 11. Method 1 - Volume of a small irregular solid using a measuring cylinder
20. Exercise 8
21. Exercise 9
22. 12. Method 2 - Volume of a large irregular solid using a displacement can
23. Exercise 10
24. 13. Time
25. Exercise 11
26. Exercise 12(Question )
27. 14. Conversion factors for unit of time + examples and worked solution
28. 15. Apparatus used to measure time
29. Exercise 13
30. 16. Human reaction time
31. Exercise 14
32. Time- Question 2
33. 17 .Taking measurement on digital watch + worked solution
34. 18. Taking measurement on analogue stopwatch
35. Time- Quesion 3
36. 19. Worked solution question 3
37. 20. The simple pendulum
38. Exercise 15
39. Exercise 16
40. 21. How to measure the time period of a simple pendulum accurately
41. Time- Question 4
42. 22. Worked Solution for Question 4
43. Knowledge Test
1. 1. Chapter objectives
2. 2. Scalar and vector quantities
3. Exercise 1
4. 3. Distance and displacement
5. Question 1
6. 4. Worked solution for Question 1
7. Question 2
8. 5. Worked solution for Question 2
9. Question 3
10. 6. Worked solution for Question 3
11. 7. Speed
12. Exercise 2
13. 8. Velocity
14. Exercise 3
15. Question 4
16. 9. Worked solution for Question 4
17. Question 5
18. 10. Worked solution for Question 5
19. Question 6
20. 11. Worked solution for Question 6
21. Question 7
22. 12. Worked solution for Question 7
23. Question 8
24. 13. Worked solution for Question 8
25. Question 9
26. 14. Worked solution for Question 9
27. 15. Average velocity
28. Exercise 4
29. Question 10
30. 16. Worked solution for Question 10
31. Question 11
32. 17. Worked solution for Question 11
33. 18. Uniform speed and uniform velocity
34. 19. Acceleration
35. Exercise 5
36. Question 12
37. 20. Worked solution for Question 12
38. Question 13
39. 21. Worked solution for Question 13
40. Question 14
41. 22. Worked solution for Question 14
42. Question 15
43. 23. Worked solution for Question 15
44. Question 16
45. 24. Worked solution for Question 16
46. 25. Uniform and non uniform acceleration
47. Exercise 6
48. Exercise 7
49. Exercise 8
50. Question 17
51. 26. Worked solution for Question 17
52. 27. Acceleration of free fall or Acceleration due to gravity
53. Exercise 9
54. Exercise 10
55. Exercise 11
56. Question 18
57. 28. Worked solution for Question 18
58. 29. Thinking distance and braking distance
59. Exercise 12
60. CIE June 20 P22 Q2
61. 30. Worked solution for CIE June 20 P22 Q2
62. Knowledge Test
1. 1. Distance vs Time Graph or displacement vs Time Graph
2. Exercise 1
3. 2. Interpretation of distance-Example 1
4. Exercise 2
5. 3. Interpretation of Distance - Example 2
6. Exercise 3
7. 4. Interpretation of displacement - Example 3
8. Exercise 4
9. Exercise 5
10. 5. Interpretation of distance - Example 4
11. Exercise 6
12. 6. Interpretation of distance - Example 5
13. Exercise 7
14. 7. Interpretation of distance - Example 6
15. Exercise 8
16. 8. Interpretation of displacement - Example 7
17. Exercise 9
18. 9. Interpretation of displacement - Example 8
19. Exercise 10
20. CIE Nov 20 P22 Q7
21. 10. Worked solution for CIE Nov 20 P22 Q7
22. CIE June 18 P22 Q1
23. 11. Worked solution for CIE June 18 P22 Q1
24. Knowledge Test
1. 1. Speed vs Time graph
2. Exercise 1
3. Exercise 2
4. 2. Interpretation of speed vs Time graph (Example 1)
5. Exercise 3
6. 3. Interpretation of speed vs Time graph (Example 2)
7. Exercise 4
8. 4. Interpretation of speed vs Time graph (Example 3)
9. Exercise 5
10. 5. Interpretation of speed vs Time graph (Example 4)
11. Exercise 6
12. 6. Interpretation of speed vs Time graph (Example 5)
13. Exercise 7
14. 7. Interpretation of speed vs Time graph (Example 6)
15. Exercise 8
16. 8. Interpretation of speed vs Time graph (Example 7)
17. Exercise 9
18. 9. Interpretation of speed vs Time graph (Example 8)
19. Exercise 10
20. Question 1
21. 10. Worked Solution Question 1(Part 1)
22. 11. Worked Solution Question 1 (Part 2)
23. Question 2
24. 12. Worked Solution Question 2
25. Question 3
26. 13. Worked Solution Question 3
27. Question 4
28. 14. Worked Solution Question 4
29. Question 5
30. 15. Worked Solution Question 5
31. CIE June 21 P22 Q2
32. 16. Worked Solution for CIE June 21 P22 Q2 (Part 1)
33. 17. Worked Solution for CIE June 21 P22 Q2 (Part 2)
34. CIE June 20 P22 Q1
35. 18. Worked Solution for CIE June 20 P22 Q1 (Part 1)
36. 19. Worked Solution for CIE June 20 P22 Q1 (Part 2)
37. CIE Nov 16 P22 Q1
38. 20. Worked Solution for Nov 16 P22 Q1
39. Knowledge Test
1. 1. Introduction and definition of Force
2. Exercise 1
3. 2. Examples of Forces - Weight
4. Exercise 2
5. Exercise 3
6. Exercise 4
7. Exercise 5
8. 3. Examples of Forces - Tension
9. 4. Examples of Forces - Magnetic Force
10. Exercise 6
11. 5. Examples of Forces - Electric Force
12. Exercise 7
13. 6. Examples of Forces - Friction
14. Exercise 8
15. 7. Examples of Forces - Drag Force and Air Resistance
16. Exercise 9
17. 8. Measurement of Force
18. 9. Scalar Quantities and Vector Quantities
19. Exercise 10
20. Exercise 11
21. Exercise 12
22. 10. Addition of Scalar Quanties
23. 11. Addition of Vector Quantities
24. 12. Calculating Resultant Force - Case 1
25. Exercise 13
26. Exercise 14
27. 13. Calculating Resultant Force - Case 2
28. Exercise 15
29. 14. Calculating Resultant Force - Case 3
30. Exercise 16
31. Exercise 17
32. 15. Newton's 1st Law of Motion and Simulation
33. Exercise 18
34. 16. Newton's 2nd Law of Motion and Simulation
35. Exercise 19
36. Exercise 20
37. Exercise 21
38. Exercise 22
39. 17. Worked Solution - Question 1 and Question 2
40. 18. Newton's 3rd Law of Motion
41. Exercise 23
42. Knowledge Test
1. 1. Definition of Friction
2. Exercise 1
3. Exercise 2
4. Exercise 3
5. Exercise 4
6. Exercise 5
7. Exercise 6
8. 2. Advantages of friction
9. 3. Disadvantages of friction
10. 4. Methods of reducing friction
11. 5. Air Resistance (Drag Force)
12. Exercise 7
13. 6. Factors affecting Air Resistance
14. Exercise 8
15. Exercise 9
16. Exercise 10
17. 7. Simulation
18. 8. Balanced Forces
19. Exercise 11
20. Exercise 12
21. 9. Unbalanced Forces
22. 10. Terminal Velocity (Part 1)
23. Exercise 13
24. Exercise 14
25. Exercise 15
26. 11. Terminal Velocity (Part 2)
27. Exercise 16
28. Exercise 17
29. Exercise 18
30. 12. Terminal Velocity (Part 3)
31. 13. Terminal Velocity (Part 4)
32. 14. Air resistance and Terminal velocity
33. Exercise 19
34. 15. Worked Solution (Part 1)
35. 16. Worked Solution (Part 2)
36. 17. Circular Motion
37. Exercise 20
38. Exercise 21
39. Exercise 22
40. 18. Examples of Circular Motion
41. Knowledge Test
1. 1. Mass
2. Exercise 1
3. Exercise 2
4. Exercise 3
5. 2. Apparatus used to meausre Mass
6. Exercise 4
7. Exercise 5
8. 3. Inertia
9. Exercise 6
10. Exercise 7
11. 4. Weight
12. Exercise 8
13. Exercise 9
14. 5. Differences between Mass and weight
15. Exercise 10
16. 6. Density
17. Exercise 11
18. Exercise 12
19. 7. Conversion of kg per m3 into g per cm3
20. 8. Density and states of matter
21. Exercise 13
22. Exercise 14
23. 9. Worked solution
24. Exercise 15
25. 10. Worked solution
26. Exercise 16
27. 11. Worked solution
28. 12. Density and floatation
29. Exercise 17
30. Exercise 18
31. Exercise 19
32. Knowledge Test
1. 1. Elastic objects
2. Exercise 1
3. 2. Hooke's law simulation
4. Exercise 2
5. Exercise 3
6. Exercise 4
7. Exercise 5
8. Exercise 6
9. Exercise 7
10. 3. Simulation
11. Exercise 8
12. Exercise 9
13. 4. Worked solution
14. Exercise 10
15. 5. Worked solution
16. 6. Relationship between Force and Extension
17. Exercise 11
18. Exercise 12
19. 7. Combination of springs + simulation
20. Exercise 13
21. Exercise 14
22. 8. Combination of springs in series and parallels
23. Exercise 15
24. Exercise 16
25. 9. Combination of springs
26. Knowledge Test
1. 1. Moment of a force
2. Exercise 1
3. Exercise 2
4. 2. Examples of applications of turning effects of forces
5. Exercise 3
6. Exercise 4
7. 3. Calculating moment about a pivot
8. 4. Calculating resultant moment about a pivot
9. Exercise 5
10. Exercise 6
11. Exercise 7
12. 5. Worked solution on calculation of resultant moment
13. Exercise 8
14. Exercise 9
15. Exercise 10
16. 6. Principle of moment
17. Exercise 11
18. 7. Simulation
19. Exercise 12
20. Exercise 13
21. Exercise 14
22. Exercise 15
23. Exercise 16
24. 8. Worked solution on principle of moment
25. 9. Centre of mass and gravity
26. Exercise 17
27. 10. The plumbline experiment
28. Exercise 18
29. 11. Application of centre of gravity
30. Exercise 19
31. 12. Worked solution on principle of moment involving centre of mass
32. 13. Stability
33. 14. Factors affecting stability
34. Exercise 20
35. Exercise 21
36. Exercise 22
37. 15. Stability,centre of gravity and turning effect
38. Knowledge Test
1. 1. Momentum
2. Exercise 1
3. Exercise 2
4. 2. Newton's 1st Law of Motion
5. Exercise 3
6. 3. Newton's 2nd Law of Motion
7. Exercise 4
8. Exercise 5
9. 4. Newton's 3rd Law of Motion
10. Exercise 6
11. Question 1
12. 5. Worked Solution
13. 6. The Principle of Conservation of Momentum
14. 7. Collisions
15. 8. Types of Collisions - Elastic Collisions
16. 9. Types of Collisions - Inelastic Collisions
17. Question 2
18. 10. Worked Solution
19. Question 3
20. 11. Worked Solution
21. Question 4
22. 12. Worked Solution
23. Question 5
24. 13. Worked Solution
25. Question 6
26. 14. Worked Solution
27. 15. Momentum and Impulse
28. Exercise 7
29. Question 7
30. 16. Worked Solution
31. Knowledge Test
1. 1. Energy
2. Exercise 1
3. Exercise 2
4. 2. Forms of Energy
5. 3. Laws of Conservation of Energy
6. Exercise 3
7. Exercise 4
8. 4. Worked solution
9. 5. Renewable and Non Renewable sources of energy
10. Exercise 5
11. 6. Production of Electricity using Renewable Sources of Energy
12. Exercise 6
13. 7. Production of Electricity using Non-Renewable Sources of Energy
14. Exercise 7
15. 8. Advantages & Disadvantages of Renewable forms of energy
16. 9. Advantages & Disadvantages of Non-Renewable forms of energy
17. Exercise 8
18. 10. Mechanical energy
19. Exercise 9
20. Exercise 10
21. Exercise 11
22. Exercise 12
23. Exercise 13
24. Exercise 14
25. Question 1
26. 11. Worked Solution for question 1
27. Question 2
28. 12. Worked Solution for Question 2
29. Question 3
30. 13. Worked Solution for Question 3
31. Question 4
32. 14. Worked Solution for Question 4
33. Question 5
34. 15. Worked Solution for Question 5
35. Question 6
36. 16. Worked Solution for Question 6
37. Question 7
38. 17. Worked Solution for Question 7
39. Question 8
40. 18. Worked Solution for Question 8
41. 19. Conversion of Mechanical Energy - Part 1
42. Exercise 15
43. 20. Conversion of Mechanical Energy - Part 2
44. 21. Conversion of Mechanical Energy (Part 3)
45. 21. Conversion of Mechanical Energy (Part 3)
46. Question 9
47. 22. Worked Solution for Question 9
48. Question 10
49. 23. Worked Solution for Question 10
50. 22. Worked Solution for Question 9
51. Knowledge Test
1. 1. Work Done
2. Question 1
3. 2. Worked Solution for Question 1
4. Question 2
5. 3. Worked Solution for Question 2
6. Question 3
7. 4. Worked Solution for Question 3
8. Question 4
9. 5. Worked Solution for Question 4
10. 6. Work done against gravity
11. Exercise 1
12. Question 5
13. 7. Worked Solution for Question 5
14. 8. Power
15. Question 6
16. 9. Worked Solution for Question 6
17. Question 7
18. 10. Worked Solution for Question 7
19. 11. Efficiency
20. Question 8
21. 12. Worked Solution
22. Knowledge Test
1. 1. Introduction - Pressure in Solids (Part 1)
2. 2. Pressure in Solids (Part 2)
3. 3. Pressure in Solids
4. Exercise 1
5. 4. Worked Solution 1
6. Exercise 2
7. 5. Worked Solution for CIE Nov 12 P1 Q11
8. 6. Pressure in Liquids
9. 7. Calculating pressure in liquids
10. Exercise 3
11. 8. Worked Solution 2
12. Exercise 4
13. 9. Worked Solution for CIE Nov 13 P1 Q11
14. Exercise 5
15. 10. Worked Solution for CIE Nov 15 P1 Q13
16. Knowledge Test
1. 1. Introduction - Pressure in Gases
2. 2. Factors affecting Pressure in Gases and Simulation (Temperature)
3. 3. Factors affecting Pressure in Gases and Simulation (Amount of Gas molecules)
4. 4. Factors affecting Pressure in Gases and Simulation (Volume)
5. Exercise 1
6. 5. Worked Solution 1
7. 6. Atmospheric Pressure
8. 7. Applications of Atmospheric Pressure
9. 8. Variations of Atmospheric Pressure with altitudes
10. 9. Effect of Atmopheric Pressure
11. 10. Measuring Atmospheric Pressure - The Mercury Barometer
12. Knowledge Test
1. 1. Introduction - The Manometer
2. 2. Taking measurements on a Manometer
3. 3. Taking measurements on a Manometer - Example 1
4. Exercise 1
5. Exercise 2
6. 4. taking measurements on a Manometer - Examples 2
7. Exercise 3
8. Exercise 4
9. 5. Transmission of Pressure in Liquids - Hydraulic Systems
10. Exercise 5
11. 6. Transmission of Pressure in Liquids - Hydraulic Systems - Example 1
12. Exercise 6
13. 7. Worked Solution 1
14. 8. Gas Laws - Boyle's Law
15. Exercise 7
16. 9. Worked Solution 2
17. Knowledge Test
1. Knowledge Test
1. 1. Radiation introduction
2. 2. Good absorbers of radiation
3. 3. Bad absorbers of radiation
4. 4. Experiment to show black surfaces are good absorbers
5. 5. Good emitters of radiation
6. 6. Bad emittors of radiation
7. 7. Experiment to show that black surfaces are good emitters of radiation
8. 8. Factors affecting rate of transfer
9. 9. Heat insulation in a vaccum flask
10. 10. Heat insulation at home
11. Knowledge Test
1. 1. Introduction to temperature
2. 2. Constructing a temperature scale
3. 3. Ice point lower fixed point
4. 4. Steam point upper fixed point
5. 5. Calculating temperature on centigrade scale
6. Exercise 1
7. 6. Worked solution
8. 7. General equation for centigrade scale
9. Exercise 2
10. 8. Worked solution
11. 9. The kelvin scale
12. 10. Therrmometric liquids
13. 11. Types of thermometer - Laboratory thermometer
14. 12. Types of thermometer - clinical thermometer
15. 13. Thermomecouples thermometer
16. 14. Important terms in thermometry
17. Exercise 3
18. Knowledge Test
1. 1. Introduction and States of Matter
2. Exercise 1
3. Exercise 2
4. Exercise 3
5. Exercise 4
6. 2. Properties of Solids, Liquids and Gases
7. Exercise 5
8. Exercise 6
9. Exercise 7
10. Exercise 8
11. Exercise 9
12. Exercise 10
13. Exercise 11
14. Exercise 12
15. 3. The Kinetic Model of Matter
16. Exercise 13
17. 4. Evaporation
18. 5. Mechanism of Evaporation
19. 6. Differences between evaporation and boiling
20. 7. Some everyday effects and uses of evaporation
21. 8. Factors affecting rate of evaporation - Temperature
22. 9. Factors affecting rate of evaporation - Humidity of the surrounding air
23. 10. Factors affecting rate of evaporation - Surface area of the liquid
24. 11. Factors affecting rate of evaporation - Pressure
25. 12. Factors affecting rate of evaporation - Movement of air above the surface of the liquid (Breeze)
26. 13. Factors affecting rate of evaporation - Nature of the liquid
27. Knowledge Test

About this course

579 lessons

Grade 10 Physics Basic

Pricing

Course curriculum

Chapter 1- Measurement Part 1 Measurement of Length

Measurement Part 2 Measurement of Volume & Time

Chapter 2- Kinematics Part 1 Displacement, Velocity & Acceleration

Kinematics Part 2 Distance v/s time graph

Kinematics Part 3 Velocity v/s time graph

Chapter 3- Dynamics Part 1 Newton's Laws of Motion, Balanced & Unbalanced forces

Dynamics Part 2 Friction & Circular Motion

Chapter 4- Mass, Weight, Density

Chapter 5- Deformation of solids

Chapter 6- Turning effect of forces- Moment, Centre of mass & Stability

Chapter 7- Momentum

Chapter 8- Work, Energy, Power Part 1 Forms of energy & Energy conversion

Work, Energy, Power Part 2 Work done & Power

Chapter 9- Pressure Part 1 Pressure in solids & Liquids

Pressure Part 2 Pressure in gases, Atmospheric pressure & The Barometer

Pressure Part 3 The manometer, Hydraulic system, Gas laws

Chapter 10- Transfer of heat Part 1 Conduction & Convection

Transfer of heat Part 2 Radiation

Chapter 11- Temperature

Chapter 12- Kinetic Model of Matter

About this course