AP Chemistry is a college-level course that dives deep into the molecular and atomic structure of matter. It’s ideal for students planning to pursue science, engineering, or medical fields in the future.
This subject is more than just chemical reactions—it’s about understanding how matter behaves, how energy moves through systems, and how to analyze real-world chemical phenomena using logic and data. Here’s a structured view of the syllabus, designed to help you plan your preparation efficiently.
AP Chemistry – Unit-Wise Breakdown
Here’s a unit-wise breakdown with estimated hours and exam weightage to help you prioritize your preparation:
Unit No.
Unit Title
Estimated Hours
Exam Weighting (MCQ)
Key Topics Covered
1
Atomic Structure and Properties
10 hours
7–9%
Atomic models, electron configuration, periodic trends, photoelectron spectroscopy (PES), Coulomb’s Law
2
Molecular and Ionic Compound Structure and Properties
12 hours
7–9%
Lewis structures, VSEPR theory, molecular polarity, resonance, lattice energy
3
Intermolecular Forces and Properties
12 hours
18–22%
States of matter, phase changes, heating curves, solubility, vapor pressure, chromatography, IMF strength
4
Chemical Reactions
10 hours
7–9%
Synthesis, decomposition, acid-base, redox reactions, net ionic equations, reaction balancing
Along with the syllabus, we are also giving you a bonus TestprepKart eBook. This is not an academic textbook. It’s more of a helpful guide that answers many common questions students have about AP exams.
If you’re an NRI student, or if you’re not sure how AP scores work, or you’re confused between AP, IB, and A-Levels, this eBook will really help you.
What’s inside this guide:
How AP exams are used in college admissions
How to pick the right AP subjects
Differences between AP, IB, and A-Levels
Tips for international and NRI students
Common mistakes students make and how to avoid them
How to plan your AP journey across grades 10 to 12
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