Course curriculum
-
-
Intensive Note (Microscopic World I)
-
A. Atomic structure
-
B. Electronic arrangement of atoms
-
C. The Periodic Table
-
MC A-C
-
D. Octet rule
-
E. Chemical bondings
-
F_ Dative covalent bond
-
MC D-F
-
G. Structures and properties of giant metallic structures
-
H. Structures and properties of giant ionic structures
-
I. Structure and properties of simple molecular structures
-
J. Structures and properties of giant covalent structures
-
K. predicting properties of substances from their structures
-
-
-
Intensive Note (Metals)
-
A. Occurrence and extraction of metals
-
MC A
-
B. Reactivity of metals
-
MC B
-
C. Metal reactivity series
-
D. MRS and the tendency of metal to form positive ion
-
E. Ionic equations
-
F. Displacement reaction
-
G. Percentage by mass of an element in a compound
-
MC G
-
H. Mole calculation
-
MC H
-
I. Empirical formula
-
MC I
-
J. Reacting masses from chemical equation
-
MC J
-
K. Corrosion of iron
-
L. To observe rusting using rust indicator
-
MC L
-
N. Corrosion of aluminium and anodisation
-
MC N
-
-
-
Intensive Note (Acids and Bases)
-
A. Introduction to acids and alkalis
-
B. Characteristics of acids
-
C. Role of water in exhibiting characteristic properties of acids
-
D. Basicity of acid
-
E. Characteristics of alkalis
-
F. The corrosive nature of concentrated acids and alkalis
-
A-F MC
-
G. Indicators and pH
-
G MC
-
H. Strength of acids and alkalis
-
H MC
-
I. Salts and neutralisation
-
I MC
-
J. Volumetric analysis
-
J MC
-
K. Applications of titration
-
K MC
-
-
-
Intensive Note (Fossil Fuels and Carbon Compounds)
-
A. Hydrocarbons from fossil fuels
-
B. Consequences of using fossil fuels
-
C. Homologous series and functional groups
-
D. Systematic naming and structural formulae (I)
-
D. Systematic naming and structural formulae (II)
-
E. Alkanes and alkenes
-
F. Chemical properties of alkanes
-
G. Chemical properties of alkenes
-
G. MC
-
H. Addition polymers
-
H. MC
-
-
-
Intensive Note (Microscopic World II)
-
A. Molecules with non-octet structures
-
B. Shapes of simple molecules
-
C. Polarity of covalent bond
-
D. Polarity of molecule
-
MC Part A-D
-
E. Intermolecular forces
-
E. Intermolecular forces II
-
F. Structures and properties of molecular crystals
-
MC part E-F
-
-
-
Intensive Note (Chemical Cells, Redox Reactions and Electrolysis)
-
A. Chemical cells in daily life
-
B. Reactions in simple chemical cells using metal electrodes
-
MC A-B
-
C. Redox reactions
-
D. Common oxidising agent and reducing agent
-
E. Electrochemical series
-
F. Balancing redox equation
-
MC C-F
-
G. Redox reaction in chemical cells
-
H. Alkaline hydrogen fuel cell
-
I. Electrolytic cell vs chemical cell
-
J Predict products at each electrode of an electrolytic cell (I)
-
J. Predict products at each electrode of an electrolytic cell (II)
-
J. Predict products at each electrode of an electrolytic cell (III)
-
K. Industrial application of electrolysis in electroplating
-

About this course
- $3,000.00
- 170 lessons
- 33.5 hours of video content
*每日只須低至$8,所有內容都可以瘋狂無限loop
