The A-Level Chemistry syllabus may seem overwhelming at first, but it’s easier to tackle when you know what to expect. It covers three major areas: Physical Chemistry, Inorganic Chemistry, and Organic Chemistry. Each section builds on foundational concepts from O-Level Chemistry, but dives deeper into details and applications.
Physical Chemistry
This section focuses on principles that govern chemical reactions. Topics include atomic structure, thermodynamics, kinetics, and chemical equilibria. You’ll also explore electrochemistry and learn how to calculate standard electrode potentials. These topics require logical thinking and problem-solving skills.
Inorganic Chemistry
In this section, you’ll study elements and their compounds in detail. Group trends in the periodic table, properties of transition metals, and redox reactions form the core. You’ll also explore how elements interact to form complex compounds.
Organic Chemistry
This part covers carbon-based compounds. You’ll learn about functional groups, reaction mechanisms, and how to synthesize organic molecules. Topics like alcohols, carboxylic acids, and aromatic chemistry can feel intimidating, but consistent practice makes them manageable.
Exam Preparation
The syllabus isn’t just about memorizing facts. It tests your ability to apply concepts, solve problems, and analyze data. Past papers and targeted practice are essential for mastering it.
Need Extra Support?
At Mr Khemistry, we help students break down the A-Level Chemistry syllabus into manageable chunks. Our lessons focus on understanding, application, and exam techniques. Contact us at 83322534 to join our classes and take the first step towards Chemistry success!
The transition from O-Level Pure Chemistry to H2 Chemistry is no small leap. Starting H2 Chemistry tuition early and selecting the right learning format can make all the difference.
H2 Chemistry Syllabus 2017
Part 2 (part 1 here)
H2 chemistry syllabus 2017 updates:
Organic: Constitutional (structural) isomerism. Cis-trans isomerism, used to be geometric isomerism. Enantiomerism used to be optical isomerism.
Nitrogen Compounds (proteins):...
Theories of acids and bases *New!Arrhenius theory – acid produce H+ in water, base produces OH- in water.Bronsted Lowry theory – acid produces H+, base accepts H+. Conjugate pair concept.Lewis...
'A' Level Chemistry Syllabus
Overview of changes in weightage:
Table showing weightage
Table taken from SEAB website
All students required to take practical paper 4, including private candidates.
This means that candidates retaking their A level...