[NEW 2024/2025] Cambridge A-levels Chemistry (AS Syllabus)
Mr. Martin will guide you step-by-step on how to self-learn Cambridge AS Level Chemistry at your own pace and preferred timing. All the video lessons are recorded zoom class video lessons.
This course is specially designed for you, who wish to learn A- Level Chemistry at your own pace. The video lessons are pure teaching sessions, with written notes in PDF form for you to download by yourself. This course is entitled to watch for 1 year (12 months) from the date of your purchase.
Do not hesitate to WhatsApp us at 018 - 8717 252 if you have any doubts.
Atomic structure, Isotopes, Concept of principle quantum shell and subshell, How to write 1s2 notation form atom and ion (V1)
Box notation, concept of orbitals, special case for 1s2 notation, shape of s orbital and p orbital, how to determine group and block by using 1s2 notation (V2)
PYQ discussion, Concept of ionization energy, 3 factors that affecting ionization energy, trend of ionization energy moving down the group and across the period (V3)
Successive ionisation energy, how to determine the group number by using successive ionisation energy, PYQ discussion (V4)
Mole and stoichiometry calculation part 1 (V5)
Mole and stoichiometry calculation part 2 (V6)
Electronegativity, Factor affecting electronegativity, Pauling scale,Ionic bond, Metallic bond, Covalent bond (Octet rule, Incomplete octet, Expanded octet, Odd number) (V7)
Dative bond/coordinate bond, sigma bond, pi bond (V8)
VSEPR (shapes of molecules), Hybridisation (concept of hybridisation and how to determine hybridisation) (V9)
Bond length and bond strength, how to determine a molecule to be polar of non-polar, concept of dipole moment, introduction to 3 intermolecular forces (V10)
id-id force, pd-pd force, hydrogen bonding (V11)
Ideal gas concept + calculation (V12)
Solids (giant ionic, giant metallic, giant molecular, simple molecular) (V13)
Introduction to thermochemistry, reaction pathway diagram, standard condition, enthalpy of formation, enthalpy of combustion, enthalpy of neutralisation, how to use bond energies to calculate enthalpy (V14)
Calculation of enthalpy by using experiment data, concept and calculation of Hess Law (V15)
Introduction to electrochemistry, 5 rules to predict oxidation number, concept of oxidising agent and reducing agent, disproportionation (V16)
Balance equation by using oxidation number (V17)
Concept of dynamic equilibrium, 3 factors that affecting equilibrium, haber process, contact process, acid-base equilibria (bronsted-lowry concept and conjugate pairs) (V18)
Strength of acid and base, how to differentiate strong and weak acid, titration curve, how to choose the right indicator for titration (V19)
Equilibrium constant Kc calculation (V20)
Equilibrium constant Kp calculation (V21)
I was really confused about the 1S2 notation during my foundation studies. Now, I have decided to register for this course since I was done being confuse. Wi...
Read MoreI was really confused about the 1S2 notation during my foundation studies. Now, I have decided to register for this course since I was done being confuse. With Mr Martin's easy explanations, I have understood it !! By just watching his videos, don't need to try to listen to the confusing explanations taught in class. Plus, this course is affordable too!
Read LessGreat explanation from Sir Martin, really recommend others that are struggling with this chapter to purchase his videos. Thank you sir!
Great explanation from Sir Martin, really recommend others that are struggling with this chapter to purchase his videos. Thank you sir!
Read LessGreat explanation from Sir Martin, really recommend others that are struggling with this chapter to purchase his videos. Thank you sir!
Great explanation from Sir Martin, really recommend others that are struggling with this chapter to purchase his videos. Thank you sir!
Read LessPlease allow at least 24 hours for course activation for payment made via online transfer.