EduBoard 2D FET - Physical Science Content List

7/27/2019 EduBoard 2D FET - Physical Science Content List

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SOUTH AFRICAN CURRICULUM

FET – PHYSICAL SCIENCE

3D Video + Interactive Content List

Tel: 086 111 4194 email: [email protected] www.edu-board.co.za

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LEVEL TOTAL TOPIC TOTAL DURATION

Grade 10 93 06.16.33

Grade 11 69 04.54.45

Grade 12 103 07.01.37

Total 265 18.12.55

Page 2



Level TOTAL TOPIC TOTAL DURATION

Grade 10 93 06.16.33

CHEMISTRY 61 03.53.10

PHYSICS 32 02.23.23

Grade 11 69 04.54.45


PHYSICS 35 02.31.56

Grade 12 103 07.01.37


PHYSICS 29 02.25.22

TOTAL TOPICS 265 18.12.55

Page 3



Grade 10

Topic Name Duration Interactive

CHEMISTRY

1. Molecular Formula 00.02.22

2. Preparation of Oxygen from Hydrogen 00.01.27

Peroxide

3. The Mole Concept 00.04.14

4. Electronic Configuration and the Position of an 00.05.34

Element in the Periodic Table

5. Difference Between Diamond and Graphite 00.04.46

6. States of Matter 00.03.16

7. Number of Particles in a Cubic Unit Cell 00.06.32

8. Quantum Numbers (Part -I) 00.06.11

9. Ionization Energy 00.02.54

10. Atomic Radius and its Types 00.02.52

11. Unit Cells in Crystal Lattices or Space Lattices 00.08.53

Part-I

12. Electronegativity 00.04.39

13. Rules for Filling of Orbitals 00.07.09

14. Periodic Trends in Atomic Radii 00.02.39

15. The Law of Conservation of Mass 00.01.26

16. Melting and Boiling Point of Water 00.02.46

17. States of Matter (Part - II) 00.03.16

18. Physical and Chemical Changes 00.03.14

19. Sulphur 00.02.22

20. Fullerenes 00.01.25

Page 4



Grade 10


21. Balancing of Equations 00.02.40

22. Formulae of Compounds (Using Valencies) 00.02.48

23. Atomic Mass, Molecular Mass and Formula 00.06.42

Unit Mass

24. Valency 00.06.58

25. Covalent Bonds 00.05.16

26. Chemical Properties of Metals and Non metals 00.03.37

(Reaction with oxygen) 27. Sublimation 00.01.51

28. Crystal Hydrate 00.04.02

29. Chemical Reactions and their Characteristics 00.02.50

30. Chemical Equations 00.04.00

31. Physical Properties of Non-metals 00.04.21

32. Mole Fraction 00.03.04

33. Quantum Numbers (Part -II) 00.09.29

34. sp³d² Hybridization in SF6 00.01.27

35. Factors Affecting Vapour Pressure of a Solvent 00.02.57

36. Vapour Pressure of a Solvent 00.01.57

37. Chemical Properties of Phosphorus 00.03.34

38. Orbits and Orbitals 00.06.18

39. Properties of Non-Metals Favouring the 00.06.42

Formation of Covalent Bonds 40. Redox Reaction 00.05.34

41. Simple Cubic Crystal Lattices (AAA 00.03.15

Arrangement)

42. Acid Base Titration 00.06.10

Page 5



Grade 10


43. Factors Favouring the Formation of Ionic Compounds-I

44. Law of Definite Proportions or Constant Composition

45. Factors Favouring the Formation of Ionic

Compounds-II

46. Unit Cells in Crystal Lattices or Space Lattices Part-II

47. The Empirical Formula and Molecular Formula

of a Compound Part-1 48. The Empirical Formula and Molecular Formula

00.05.37

00.04.50

00.05.41

00.05.57

00.04.39

00.05.40

of a Compound Part-2

49. Factors Affecting Atomic Radii 00.05.19

50. Law of Multiple Proportions 00.05.00

51. Relation between Geometry and Magnetic Properties of Transition metal Complexes

52. Geometry of K4[Fe(CN)6] based on its

00.03.30

00.03.02

Magnetic Property

53. Allotropic forms of Phosphorus 00.03.59

54. Classification of Functional Groups (Part - II) 00.06.27

55. Concentration(Molarity) of a Solution

56. Density of a Cubic Crystalline Solid

57. Geometry of [Fe(H2O)6]³ +

58. Geometry of [Co(NH3)6]² +

59. Geometry of [K3Fe(CN)6]

60. Introduction to Modern Periodic Table

61. Electronegativity and bond character: Part-2

Page 6



Grade 10


PHYSICS

1. Acceleration 00.08.49

2. Ohm's Law 00.07.26

3. Ripple Tank Experiment to Illustrate 00.06.59

Interference

4. Magnetic Dipole Moment 00.07.05

5. Motion of Charge in a Magnetic Field (Part-1) 00.04.17

6. Motion of Charge in a Magnetic Field (Part-2) 00.05.23

7. Rutherford's Atomic Model 00.04.02

8. Size of Nucleus and Nuclear Density 00.05.02

9. Inertia 00.03.48

10. Kinetic Energy 00.05.16

11. Transformation of Energy 00.08.02

12. Mass and Weight 00.05.05

13. Infrasonics and Ultrasonics 00.05.13

14. Distance and Displacement 00.05.10

15. Force: A Push or a Pull 00.02.22

16. Sound 00.03.52

17. Propagation of Sound Waves through Different 00.02.47

Media

18. Electric Current 00.05.40

19. Electromagnetic Spectrum (Part - 1) 00.05.19

20. Electromagnetic Spectrum (Part - 2) 00.03.51

21. Properties of Electric Charge 00.05.29

Page 7



Grade 10


22. Electric Field 00.04.02

23. Electric Field Lines 00.02.56

24. Magnetic Declination 00.01.20

25. X - ray Spectrum 00.06.43

26. Radioactivity 00.07.44

27. Properties of Nucleons 00.06.26

28. Thermal Radiation 00.03.15

29. Introduction to Vectors

30. Linear Polarization of Light by Selective

Absorption

31. Geometrical Representation of Simple

Harmonic Motion

32. Motion of a Block on an Inclined Plane

TOTAL TOPIC IN GRADE 10 - 93 06.16.33

Page 8



Grade 11


CHEMISTRY

1. Molecular Formula 00.02.22

2. The Mole Concept 00.04.14

3. Chemical Bonding 00.05.10

4. Temperature Units and their Inter-conversion 00.04.13

5. Hybridization of Atomic Orbitals 00.03.11

6. Dipole Moment 00.05.31

7. The Sigma (σ) and the Pi (π) Bonds 00.07.25

8. Electronegativity 00.04.39

9. Bond Energy 00.07.29

10. The Law of Conservation of Mass 00.01.26

11. Physical and Chemical Changes 00.03.14

12. Co-ordinate Bond 00.03.19

13. Polyatomic Ions 00.02.37

14. Valency 00.06.58

15. Covalent Bonds 00.05.16

16. Physical Properties of Non-metals 00.04.21

17. Coordination Number and Geometry of 00.02.41

Complexes

18. VSEPR Theory 00.04.02

19. The Boiling Points of Alcohols and Hydrogen 00.05.12

Bonding

20. Redox Reaction 00.05.34

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Grade 11


21. The Empirical Formula and Molecular Formula 00.04.39

of a Compound Part-1

22. Introduction to Valence Bond Theory 00.02.29

23. The Empirical Formula and Molecular Formula of a Compound Part-2

24. Types of Hybridization in Organic Compounds

00.05.40

00.04.37

(sp³ Hybridization in Ethane)

25. Introduction to Coordination Compounds 00.04.32

26. Dipole Moment and Bond Character 00.03.02

27. Heat of Solution 00.03.57

28. The Stability of an Expanded Octet of PCl5 00.04.35

(Using the Sudgen's concept of singlet linkages)

29. Average and Instantaneous Rates of Reaction 00.07.00

30. Classification of Ligands 00.06.05

31. Collision Theory 00.07.19

32. Concentration(Molarity) of a Solution

33. Limiting Reactant

34. Molecular Library

PHYSICS

1. Ohm's Law 00.07.26

2. Magnetic Field due to a Straight Wire Carrying

Current (Part-1) 3. Magnetic Field due to a Straight Wire Carrying

00.06.02

00.03.09

Current (Part-2)

4. Reflection of Light and its Laws 00.04.08

5. Total Internal Reflection (Part-2) 00.04.01

Page 10



Grade 11


6. Torque on a Current Carrying Loop in a Uniform 00.06.41

Magnetic Field

7. Galvanometer 00.09.05

8. Inertia 00.03.48

9. Newton's First Law of Motion 00.03.11

10. Newton's Second Law of Motion 00.07.07

11. Newton's Third Law of Motion 00.04.09


13. Archimedes' Principle 00.06.38

14. Diffraction of Light 00.07.03

15. Rolling Friction and Sliding Friction 00.06.51

16. Increasing and Reducing Friction 00.04.10

17. Fluids in Motion: Equation of Continuity 00.04.54

18. Equation of Continuity (Applications) 00.09.34

19. Bernoulli's Principle 00.03.16

20. Applications of Bernoulli's Principle 00.06.24

21. Capillarity 00.04.38




25. Gauss's Theorem (Part-1) 00.04.10

26. Gauss's Theorem (Part-2) 00.03.59

27. Application of Gauss's Theorem (Part-1) 00.03.53

Page 11



Grade 11


28. Lenz's Law 00.04.13

29. Discharge of Electricity through Gases 00.02.34

30. Faraday's Law of Electromagnetic Induction

31. Force between Two Parallel Wires Carrying

Current

32. Frequency Modulation

33. Magnetic Field around a Current Carrying

Circular Coil 34. Cathode Ray Tube

35. Motion of a Block on an Inclined Plane


Page 12



Grade 12


CHEMISTRY

1. Faraday's First Law of Electrolysis 00.07.17

2. Nomenclature of Aliphatic Amines 00.06.32

3. Alkenes 00.06.04

4. Sulphonation of Benzene 00.02.15

5. IUPAC Nomenclature of Acyclic Organic 00.06.02

compounds

6. Application and explanation of Henry's Law 00.06.08

7. Chemical Properties of Carbon 00.02.19

8. Types of Organic Reactions 00.05.40

9. Chemical Properties of Dilute Sulphuric Acid 00.02.20

10. Chemical Properties of Sulphur Dioxide - I 00.06.10

11. Chemical Properties of Sulphur Dioxide-II 00.06.31

12. Destructive Distillation of Coal 00.02.49

13. Bonding in Carbon 00.05.05

14. pH Scale and its Limitations 00.08.23

15. Nickel-Cadmium Battery 00.08.32

16. Calorific Value and Fuel Efficiency 00.04.25

17. Neutralization 00.03.14

18. Preparation

of

Carbon

Dioxide

00.01.51

19. Carbon 00.01.54

20. Faraday's Second Law of Electrolysis 00.02.41

21. EDTA Titration Method 00.03.17

Page 13



Grade 12


22. Structural Isomerism in Alkanes 00.03.37

23. Geometrical Isomerism in Hydrocarbons 00.05.39

24. Nomenclature of Geometric Isomers 00.02.26

25. Standard Hydrogen Electrode 00.01.37

26. Use of Standard Hydrogen Electrode as an Anode

27. Use of Standard Hydrogen Electrode as a

Cathode 28. Heat of Hydrogenation and Resonance in

00.05.59

00.05.00

00.06.12

Benzene

29. Physical Properties of Amines 00.03.32

30. Chlorination of Benzene 00.01.56

31. Tests to Detect Amines 00.06.31

32. Reactions of Amines with Nitrous Acid 00.03.04

33. Acid Base Titration 00.06.10

34. Adsorption 00.07.26

35. Azo Coupling Reaction 00.04.41

36. Preparation of Amines 00.04.46

37. Laboratory Preparation and Physical Properties 00.03.25

of Phenol

38. Oxidation of Ketones 00.03.32

39. Mechanism of Nucleophilic Substitution 00.07.37

Reaction 40. Inductive Effect 00.08.11

41. Types of Adsorption 00.02.21

42. Heterogeneous Catalysts 00.03.19

Page 14



Grade 12


43. Chemical Properties of Phenol 00.08.13

44. Tacticity of Polymers 00.03.16

45. Electromeric Effect 00.06.31

46. Oxidation of Aldehydes 00.07.24

47. IUPAC Nomenclature-I(Alkanes) 00.02.09

48. Condensation Reactions of Aldehydes and 00.07.04

Ketones

49. Addition Reactions of Alkenes 00.03.20

50. Classification of Functional Groups (Part - II) 00.06.27

51. Diene Compounds 00.01.32

52. Electrode Potential and Standard Electrode 00.04.41

Potential

53. Electrophilic and Nucleophilic Reagents 00.05.18

54. Physical Properties of Aldehydes and Ketones 00.05.35

55. Average and Instantaneous Rates of Reaction 00.07.00

56. Ionic Addition Polymerization 00.03.56

57. Collision Theory 00.07.19

58. Carbonyl Compounds

59. Classification of Carbon and Hydrogen Atoms in

Alkanes

60. Laboratory Preparation of

Hydrogen(Quantitative Aspect)

61. Nomenclature of Alcohols

62. Structure of Benzene

63. The Dry cell

64. Combustion Analysis (Liebig's method)

Page 15



Grade 12


65. Friedel-Crafts Acylation of Benzene

66. Friedel-Crafts Alkylation of Benzene

67. IUPAC Nomenclature of Coordination

Compounds

68. Law of Mass Action

69. Methane

70. Nitration of Benzene

71. Nomenclature of Aldehydes and Ketones

72. Nomenclature of Carboxylic Acid

73. Maxwell Speed Distribution

74. Dynamic nature of chemical equlilibrium

PHYSICS

1. Acceleration 00.08.49

2. Ohm's Law 00.07.26

3. Direct and Alternating Current 00.07.14

4. Fleming's Left Hand Rule 00.02.01

5. Fundamentals of a DC Motor 00.07.31

6. LC Oscillations 00.06.50

7. Torque on a Current Carrying Loop in a Uniform 00.06.41

Magnetic Field 8. RL Circuit (Growth Phase) 00.08.06

9. RL Circuit (Decay Phase) 00.06.01

10. Inertia 00.03.48

Page 16



Grade 12


11. Newton's First Law of Motion 00.03.11

12. Newton's Second Law of Motion 00.07.07

13. Newton's Third Law of Motion 00.04.09

14. Kinetic Energy 00.05.16

15. Transformation of Energy 00.08.02


17. Moment of a Force and the Law of Moments 00.07.39

18. Doppler Effect in Sound 00.06.11

19. Different Cases of Doppler Effect 00.05.32

20. Infrasonics and Ultrasonics 00.05.13

21. Electric Fuse 00.03.19



24. RC Circuit 00.04.54

25. Thermionic Emission 00.08.19

26. Faraday's Law of Electromagnetic Induction

27. Drag Force and Terminal Velocity

28. AC Generator

29. DC Generator


TOTAL TOPIC IN FET - PHYSICAL SCIENCE - 265 18.12.55

Page 17

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EduBoard 2D FET - Physical Science Content List