Physics Gr10 Learner

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02 Classifying Matter [12:05]
01 Application of Metal Reactions [14:45]
20 Bohr’s Atomic Model [13:11]
19 Size and Structure of the Atom and Isotopes [17:53]
18 The Rutherford’s Model Experiment [10:06]
17 Early Models of the Atom [14:47]
16 Kinetic Molecular Theory - Particle Nature.mp4 [06:00]
15 Heating and Cooling Curves [15:56]
14 Changes in States of Matter [05:16]
13 States of Matter [04:36]
12 Thermal Stability of Metals [13:12]
11 Sulphate and Carbonate tests [13:24]
10 Reactions of the Transition Metals with Oxygen [09:49]
09 Reactions of Metals with Steam [13:20]
08 Reactions of Metals with Acid [13:54]
07 Reactions of Group II Metal-Oxides with Water [08:06]
06 Reactions of Alkaline Earth Metals with Oxygen [10:52]
05 Reactions of Alkali Metals with Oxygen [13:51]
04 Reactions of Alkali Metal-Oxides with Water [11:05]
03 Displacement Reactions - Part II [11:01]
33 Properties of 3D waves [16:34]
32 Review of Bonding Models [06:32]
31 Metallic Bonding I [04:42]
30 Ionic Bonding [11:35]
29 Covalent Bonding [07:49]
28 Introduction to chemical bonding [12:44]
27 Similarities in Chemical Properties Among Elements in Groups [08:36]
26 More on Periodicity [20:04]
25 Periodicity [06:58]
24 Structure of the Periodic Table [06:58]
23 Introduction to the Periodic Table [14:32]
22 The Formation of Ions [06:24]
21 Electron Configuration and Energy Level Diagrams [18:26]
40 Graphs of wave motion [03:17]
39 Longitudinal waves [05:36]
38 Transverse waves [03:20]
37 Wave Motion [08:06]
36 Wave Terminology [07:24]
35 Vibrations and waves [08:43]
34 Superposition [12:03]
55 Covalent Compounds [09:12]
54 Ionic Compounds [06:42]
53 Metallic Bonding II [07:05]
52Atoms and Compounds [05:25]
51 The Energy of Electromagnetic Radiation [10:05]
50 The Electromagnetic Spectrum [13:31]
49 How Vibrating Charges Emit Electromagnetic Waves [06:23]
48 Electric and Magnetic Fields [08:19]
47 Electromagnetic Waves All Around Us [07:51]
46 Ultrasound [03:51]
45 Loudness and Pitch [08:28]
44 Echoes [08:00]
43 The Wave Nature of Sound [04:29]
42 What is Sound [05:46]
41 Wave Superposition [11:26]
60 Law of Conservation of Mass [14:59]
59 Law of Constant Composition [08:28]
58 Types of Chemical Change [15:12]
57 How to Identify a Chemical Change [11:50]
56 How to Identify a Physical Change [14:57]
61 Introduction to Reactions [21:16]
77 Potential difference [08:45]
76 Measuring Current and Q It [13:53]
75 Current [12:10]
74 Charge Conservation [11:22]
73 Charge Quantisation [04:54]
72 Polarisation [06:34]
71 Electrostatic Forces [07:35]
70 Charge [12:09]
69 Magnetic Field of Earth [11:29]
68 Magnetic Fields [14:54]
67 Magnetic Materials and their Properties [15:05]
66 Halogens and Metals [16:08]
65 The Chemical Reaction of Non-metals with Oxygen - Experiments and Equations [19:06]
64 Metals with Water and Acids [23:40]
63 Chemical Reactions of Metal Oxides with Water - Experiments and Equations [15:24]
62 Structure Metals with Oxygen [26:55]
80 Resistance [02:17]
79 Working with circuit diagrams [12:07]
78 Examples Using V Wq [09:20]
83 Resistors in parallel [19:35]
82 Resistors in series [06:00]
81 Factors that affect resistance [11:30]
100 Molar Volume of Gases [13:39]
99 Molar Concentrations [15:26]
98 Working with Empirical Formula and Percentage Composition [08:44]
97 Introducing Empirical Formula and Percentage Composition [13:46]
96 Mole Calculations [09:27]
95 The Mole Concept [08:43]
94 Atomic Mass [09:17]
93 Redox Reactions [06:17]
92 Acid-Base Reactions [04:51]
91 Gas-Forming Reactions [05:13]
90 Precipitations [09:39]
89 Chemical vs Physical Changes in Aqueous Solutions [05:22]
88 Chemical vs Physical [09:39]
87 Electricity in Liquids [10:45]
86 Dissolving Stuff [09:37]
85 Water [03:55]
84 Equation for two resistors in parallel [05:39]
117 Water in the Biosphere [14:45]
116 Conservation of mechanical energy [20:31]
115 Mechanical energy [09:27]
114 Potential and Kinetic Energy [11:37]
113 Equations of Motion [09:21]
112 Practicing Graphs of Motion [10:07]
111 Revision of Graphs of Motion [04:35]
110 Constant Acceleration and Graphs of Motion [14:15]
109 Constant Velocity and Graphs of Motion [17:46]
108 Instantaneous Velocity [05:26]
107 Acceleration [14:14]
106 Average Velocity [09:22]
105 Average Speed [05:51]
104 Frames of Reference and Distance [12:32]
103 And introduction to Vectors and Scalars [10:07]
102 Exploring Stoichiometric Calculations [13:58]
101 Stoichiometric Calculations [06:22]
120 South Africa's Water [09:42]
119 Energy Drives the Water Cycle [09:43]
118 Water Goes Around [12:45]