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[KBSM] Form 5 Chemistry
Chapter 01: Rate of Reaction
1.1 Rate of Reaction (10:40)
1.1 Short Notes: Rate of Reaction
1.2 Measuring Reaction Rates (11:43)
1.3 Shapes and Curves of Graphs Part 1 (5:59)
1.3 Shapes and Curves of Graphs Part 2 (7:59)
1.4 Collision Theory Part 1 (12:12)
1.4 Short Notes: Collision Theory Part 1
1.4 Collision Theory Part 2 (10:05)
1.4 Short Notes: Collision Theory Part 2
1.4 Collision Theory Part 3 (10:09)
1.4 Short Notes: Collision Theory Part 3
Chapter 02: Carbon Compounds
2.0 Introduction to Organic Chemistry (11:01)
2.0 Short Notes: Introduction to Organic Chemistry
2.1 Alkanes (12:24)
2.1 Short Notes: Alkanes
2.1 Hydrocarbon - Reactions of Alkanes (10:17)
2.1 Short Notes: Hydrocarbon: Reactions of Alkanes
2.1 Naming Alkanes (9:52)
2.1 Short Notes: Naming Alkanes
2.2 Hydrocarbon - Alkenes Introduction and Isomers (7:50)
2.2 Short Notes: Hydrocarbon: Alkenes Introduction and Isomers
2.2 Hydrocarbon - Reactions of Alkenes Part 1 (11:01)
2.2 Short Notes: Hydrocarbon: Reactions of Alkenes Part 1
2.2 Hydrocarbon - Reactions of Alkenes Part 2 (10:45)
2.2 Short Notes: Hydrocarbon: Reaction of Alkenes Part 2
2.3 Difference Between Alkanes and Alkenes (6:50)
2.3 Short Notes: Difference between Alkanes and Alkenes
2.4 Homologous Series (5:15)
2.6 Isomerism - Alkane Part 1 (18:41)
2.6 Isomerism - Alkane Part 2 (9:19)
2.6 Isomerism - Alkene Part 1 (9:15)
2.6 Isomerism - Alkene Part 2 (8:04)
2.6 Isomerism - Alkene Part 3 (4:36)
2.6 Isomerism - Alkene Part 4 (6:08)
2.7 Alcohol Part 1 (11:52)
2.7 Alcohol Part 2 (17:14)
2.7 Reactions of Alcohols (12:50)
2.7 Short Notes: Reaction of Alcohols
2.8 Carboxylic Acids (11:51)
2.8 Short Notes: Carboxylic Acids
2.9 Esters (9:24)
2.9 Short Notes: Esters
2.10 Rubber (12:10)
2.10 Short Notes: Rubber
Chapter 03: Oxidation and Reduction
3.1 Oxidation And Reduction Part 1 (10:54)
3.1 Short Notes: Oxidation and Reduction Part 1
3.1 Oxidation And Reduction Part 2 (8:27)
3.1 Short Notes: Oxidation and Reduction Part 2
3.1 Short Notes: Oxidation and Reduction Part 3
3.1 Short Notes: Oxidation and Reduction Part 4
3.3 Corrosion of Iron Part 1 (15:26)
3.3 Short Notes: Corrosion of Iron Part 1
3.3 Corrosion of Iron Part 2 (7:06)
3.3 Short Notes: Corrosion of Iron Part 2
3.3 Reactivity Of Metals And Hydrogen (5:27)
3.3 Short Notes: Reactivity of Metals and Hydrogen
3.3 Displacement of a Metal from Its Salt Solution (12:05)
3.3 Short Notes: Displacement of a Metal from Its Salt Solution
3.4 Displacement Of Halogens From Its Halide Solution (12:38)
3.4 Short Notes: Displacement of Halogens from its Halide Solution
3.5 Redox In Electrolysis And Voltaic Cell (7:04)
3.5 Short Notes: Redox in Electrolysis and Voltaic Cell
3.6 Electron Transfer at a Distance (17:06)
3.6 Short Notes: Electron Transfer at a Distance
Chapter 04: Thermochemistry
4.1 Introduction to Thermochemistry (7:47)
4.1 Short Notes: Introduction to Thermochemistry
4.2 Relationship between Energy Change and the Formation and Breaking of Bonds (17:26)
4.2 Short Notes: Relationship between Energy Change and the Formation and Breaking of Bonds
4.3 The Concept of Heat of Reaction (10:54)
4.3 Short Notes: The Concept of Heat of Reaction
4.4 Heat of Precipitaion (9:23)
4.4 Short Notes: Heat of Precipitation
4.5 Heat of Displacement (8:27)
4.5 Short Notes: Heat of Displacement
4.6 Heat of Neutralisation (10:21)
4.6 Short Notes: Heat of Neutralisation
4.7 Heat of Combustion (12:50)
4.7 Short Notes: Heat of Combustion
Chapter 05: Chemicals for Consumer
5.1 Saponification (12:04)
5.1 Short Notes: Saponification
5.2 Structure of Soap and Detergent Molecules (7:36)
5.2 Short Notes: Structure of Soap and Detergent Molecules
5.3 The Cleansing Action of Soap and Detergent (11:57)
5.3 Short Notes: The Cleansing Action of Soap and Detergent
5.2 Short Notes: Structure of Soap and Detergent Molecules
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