- Notes
- Use of element & compound
- Warning label & Lab safety
- Storage method
- Heat under reflux apparatus
- Other Experiment Apparatus
- Use of element & compound
- Notes
- General Separating Methods
- Simple distillation of water from sea water
- Fractional Distillation of Liquefied Air
- Lime and limewater
- Tests for H2, O2, CO2, H2O
- General Separating Methods
- Notes
- Atom
- Periodic Table 1
- Periodic Table 2
- Electronic Arrangement
- Electronic Diagram
- Isotopes & Relative Atomic mass
- Atom vs. ion
- Common ions
- Ionic Bonding
- Solubility Rules 1
- Solubility Rules 2
- Solubility Rules Chemistry Tutorial
- Solubility Rules [ENG]
- ppt experiment
- Common coloured ionic compound
- Covalent Bonds
- Common covalent Coloured compound
- Metallic bonds
4 Structures
- Atom
- 4 Structures
- Giant ionic structure
- NaCl, CsCl
- Giant covalent structure
- Giant metallic structure
- Simple Molecular Structure
- 4 Structures comparison
- Giant ionic structure
- Dative covalent bonds
- Octet Rule
- Notes
- Metal + oxygen 1
- Metal + oxygen 2
- Metal + oxygen 3
- Flame test
- Metal + Water
- Metal + Acid
- Displacement Reaction
- Extraction of metal
- Calculation (solid state)
- Corrosion of Metal & Rusting
- Rusting
- Protection of rusting
- rate of corrosion
- Rust indicator solution
- Anodization
- Alloy
- Use of Metal
- Metal + oxygen 1
- Notes
- Acid
- Acid : common reactions
- Acidic gas
- Alkali & Base
- Common alkali
- Ammonia water
- Manufacture Dry Ammonia
- Ammonium chloride
- Excess Alkali redissolve ppt
- Molarity
- Experiment apparatus
- How to prepare the standard solution X?
- How to dilute acid / alkali
- How to dilute conc. acid
- Strong, weak, conc, dilute 1
- Strong, weak, conc, dilute 2
- Basicity of acid
- pH value
- indicator
- neutralization, titration & crystallization
- Titration 1
- Titration 2
- Crystallization
- Hydrogen Chloride
- Acid
- Notes
- Definition of fossil fuel
- Fractional distillation of Petroleum
- Cracking of Heavy oil
- Homologous series
IUPAC Naming System
- Definition of fossil fuel
- IUPAC Naming system summary
- IUPAC Naming System intro
- IUPAC Naming System 1
- IUPAC Naming System 2
- IUPAC Naming System 3
- IUPAC Naming System 4
- IUPAC Naming System 5
- IUPAC Naming System 6
- IUPAC Naming System 7
- IUPAC Naming System 8
- IUPAC Naming System 9, 10 & 11
- IUPAC Naming System 12
- IUPAC Naming System 13
- IUPAC Naming System 14
- IUPAC Naming System 16 & 17
- IUPAC Naming System 18 & 19
- IUPAC Naming System 20a
- IUPAC Naming System 20b, 21 & 22
- IUPAC Naming System 23
- IUPAC Naming System 24
- IUPAC Naming System intro
- Saturated vs. unsaturated
- Substitution reaction
- Addition reaction
- Redox reaction 1
- Redox reaction 2
- Markovnikov's rule
- Addition polymer (Thermoplastic)
- Moulding
- Polypropene from Naphtha
- Town gas
- Combustion of organic compound
Environmental Problems
- Substitution reaction
- Environmental Problems 1
- Environmental Problems 2
- Burning fossil fuels in factory
- Liquid wastes from factories
- Oil spillage
- Acid Rain
- Greenhouse effect
- installing catalytic converter/oxidizer in car
- installing scrubbers in power plant/incinerator & using electrostatic precipitator
- methods of disposing plastic
- using alternatives to replace coal, petrol & diesel
- using renewable ennergy sources
- Biomass & nuclear energy
- 4R - reuse / recycle / replace / reduce
- Environmental Problems 2
- Notes
Shape of molecules
- Shapes of molecules intro 1
- Shapes of molecules intro 2
- Shapes of molecules 1
- Shapes of molecules 2
- Shapes of molecules 3a
- Shapes of molecules 3b
- Shapes of molecules 4a
- Shapes of molecules 4b
- Shapes of molecules 4c
- Shapes of molecules 5a
- Shapes of molecules 5b
- Shapes of molecules 6a
- Shapes of molecules 6b
- Shapes of molecules 6c
- Shapes of molecules summary
- Sample decription of shape of molecules
- Shapes of molecules intro 2
- Electronegativity value
- Polar vs. non-polar
- Why H2O is polar?
- Hydrogen bond
- Effect of H-bonds
- Why density of ice less than water?
- Polar vs. non-polar
- Notes
- Electrochemical series of metal
- Simple Chemical Cell
- Half Cells 1
- Half Cells 2
- Simple Chemical Cells with Porous Pot
Oxidation number
- Electrochemical series of metal
- Oxidation Number 1
- Oxidation Number 2
- Example of calculating Oxidation Number 1
- Example of calculating Oxidation Number 2
- Example of calculating Oxidation Number 3
- Example of calculating Oxidation Number 4
- Oxidation number Calculator Guide
- Oxidation numbers calculator
- Oxidation Number 2
- Redox or not?
- Redox - elctrochemical series
- Redox - vocabulary
- Redox - colours
- Chemical Cell - electrolyte
- Dry cell
- hydrogen-oxygen fuel cell
- electrolysis
- electrolysis of brine 1
- electrolysis of brine 2
- electrolysis of brine 3
- Concentrated sulphuric acid
- Sulphur cioxide bleach
- Sulphur dioxide bleach 2
- Chlorine bleach
- Redox - elctrochemical series
- Notes
- Enthalpy flow diagram
- Exothermic vs. Endothermic reaction
- Enthalpy change (Definition)
- Hess's law
- Enthalpy flow diagram
- Notes
- Molar volume
- Rate of Reaction - methods to follow the progress
- Instantaneous vs. average rate
- Factors affecting the rate of reaction
- 4 ways to collect gas
- Molar volume
- Notes
- Chemical Equilibrium intro
- Kc depends on Temperature
- Catalyst
- Volume
- Addition / Subration of subtances
- Chemical Equilibrium summary
- Chemical Equilibrium intro
- Notes
- Alkanol / Alcohol
- Excess intake of alcohol drinks | Social problems | Ethanol testing
- Functional Groups
Typical reaction of various functional groups
- Alkanol / Alcohol
- Typical reactions of Alkanes & Alkenes
- Typical reactions of Haloalikanes & Alcohols
- Oxidation
- Typical reactions of Aldehydes & Ketones
- Typical reactions of Carboxylic Acid
- Typical reactions of Ester
- Typical reactions of Amide
- Typical reactions of -OH group
- Typical reactions of Haloalikanes & Alcohols
Detergents
- Aspirin
- Isomerism
- Nylon & Polyesters
- Isomerism
- Notes
- Size of Atoms
- Melting and Boiling point of elements
features of different group
- Size of Atoms
- General features
- Giant metallic structure
- Giant metallic structure (down the group)
- Giant Covalet Structure
- Simple molecular structure
- Tendency of different properties
- Giant metallic structure
- Acidic & basic oxides 1
- Acidic & basic oxides 2
- Transition metals
- Acidic & basic oxides 2