Physics Gr11 Learner

Home / Physics Gr11 Learner
04 Calculating Vectors using Pythagoras [10:36]
03 Forces in Equilibrium [11:06]
09 Friction [08:53]
01 Relative Velocity Vectors [14:39]
18 Mass vs Weight [09:41]
02 Vectors of Relative Motion [15:59]
20 Valence and Valency [11:06]
08 Normal Force [10:47]
16 Weight [07:30]
23 Multiple and Co-ordinate Covalent Bonds [09:11]
12 Newtons First Law of Motion [19:32]
06 Types of Force [08:34]
10 Calculating Friction [10:10]
05 Resolution of Vectors into Components [10:40]
11 Newton’s Third Law [12:58]
07 Free Body Diagrams [08:45]
21 Metallic and Ionic Bonds [10:22]
28 Bond Length and Energy [07:31]
26 Molecular Shape 1 [12:37]
19 Why Do Bonds Form [07:51]
24 Electronegativity Difference and Bond Polarity [15:20]
13 Newton's Second Law of Motion [15:27]
25 Molecular Polarity [08:55]
15 Introducing Universal Gravitation [08:05]
17 Gravity [12:22]
14 Applying Newtons Second Law [19:08]
34 Practical Demonstrations of Intermolecular Forces [10:55]
48 Boyle’s Law Practical [15:28]
47 Boyle’s Law Concepts [13:01]
33 Intermolecular Forces and Physical Properties [09:17]
31 Hydrogen Bonds [15:27]
46 Kinetic Theory [10:01]
32 Intermolecular Forces and Ionic Compounds [05:15]
30 Intermolecular Forces between Covalent Molecules [10:09]
29 Intermolecular Forces - Revision [06:20]
27 Molecular Shape 2 [13:10]
22 Simple Covalent Bonds [11:35]
44 Investigating Diffraction [10:08]
43 Huygens’ Principle [08:23]
50 Gay Lussac’s Law Concepts [13:18]
37 Measuring Refraction of Light [15:31]
35 Revision of Reflection of Light [06:28]
42 Why Light is a Wave [09:36]
41 Applications of Total Internal Reflection [03:58]
40 Total Internal Reflection [13:50]
36 Introduction to Refraction [05:39]
54 Real and Ideal Gasesback [06:15]
55 Mole Revision [05:34]
56 Moles and Gases [11:42]
39 Snell's Law [06:16]
52 Gas Equations [11:41]
57 Moles and Solutions [19:05]
59 Applying Mole Relationships [11:51]
49 Gay Lussac’s Law Practical [15:58]
53 Universal Gas Equation [13:39]
38 Refractive Index [05:09]
51 Charles’ Law [13:48]
45 Diffraction and science discoveries [07:40]
63 Percentage Composition and the Empirical Formula [14:47]
82 Power in Series Circuits [05:26]
61 Limiting Reagents [12:42]
84 Energy and Power Calculations [07:01]
80 Ohm’s Law Calculations [07:56]
86 Energy Changes in Chemical Reactions [12:22]
60 Titrations [09:58]
58 Moles - Chemical Reactions [15:35]
67 Electric Fields [07:38]
66 Coulomb’s Law in 2D [05:05]
62 Explosions and Airbags [10:31]
83 Power in Parallel Circuits [07:49]
79 Non-Ohmic Resistors [03:48]
78 Ohm’s Law [09:01]
76 Induced emf [09:45]
73 The Direction of the Induced Current [13:35]
69 Is there a Magnetic Field Around a Current Carrying Conductor [08:44]
81 Electrical Energy and Power [06:04]
75 Faraday’s Law of Induction - Electromagnetism [12:53]
85 Paying for Electricity [06:36]
74 The Magnetic Field [06:29]
77 Grade 10 Revision of Electric circuits [10:15]
70 The Right Hand Rule [21:36]
72 Electromagnetic Induction [10:49]
71 Electromagnets and the Environment [12:58]
65 Coulomb’s Law – Point Charges in One Dimension [08:23]
64 Revision of Grade 10 Electrostatics [07:08]
68 Calculating Electric Field Strength [06:04]
95 Introduction to Redox Reactions [03:07]
94 Preparation of Salts [16:01]
93 Reactions of Acids and Bases [10:34]
92 Indicators [09:29]
91 Acid-base Theories and Conjugate Acid-base Pairs [12:17]
90 Overview of Acids and Bases [08:13]
89 Activation Energy [15:48]
88 Energy Profile Diagrams [10:00]
87 Bond Energy [15:32]
106 Conserving Our Energy Resources [18:29]
105 Mining and the Environment [15:54]
104 Extracting Fossil Fuels [17:49]
103 Mining Iron and Phosphates [16:46]
102 Mining Gold [17:53]
101 Mineral Wealth under our Feet [17:34]
100 Examples of Redox Reactions [06:50]
99 Balancing Equations using Oxidation Numbers [06:35]
98 Experiments showing Oxidation and Reduction [08:06]
97 How to use Oxidation Numbers in Redox Reactions [11:22]
96 Assigning Oxidation Numbers [12:12]