Physics Entry Test Preparation Guide: Key Topics and Strategy for ECAT/MDCAT

Physics is the subject that decides entry test merit lists. Not because it's the hardest — but because it's the most speed-sensitive. Two students can know the same chapter; the one who solves numericals faster wins. This guide covers what to study, how to study it, and the method that builds speed.

The chapters that matter most

Across ECAT and MDCAT patterns, these areas consistently carry the most questions:

• Mechanics — forces, work-energy, rotational motion. The foundation; weakness here leaks into everything.
• Electrostatics and current electricity — numerical-heavy, formula-driven, very scoring once drilled.
• Magnetism and electromagnetic induction — conceptually tricky, but the question patterns repeat.
• Waves and optics — definitions plus a handful of standard numerical types.
• Modern physics — photoelectric effect, atomic structure; high marks per hour of study.

Start with mechanics even if it's boring. Everything else stands on it.

The formula-sheet method

For each chapter, maintain exactly one page: every formula handwritten, units and one line on when it applies next to each, and a star on the three you keep forgetting. Review the full set every morning — 15 minutes. Within three weeks, recall becomes automatic, and automatic recall is what speed is made of.

How to practise numericals

• 50 numericals per chapter minimum before you call it done.
• First pass: open book, no timer, understand every step.
• Second pass: closed book, timed. Note which types slow you down.
• Third pass: only the slow types, until they're fast.

Never practise derivations for the test — understand the logic once, then move to problems. Entry tests reward application, not reproduction.

Common mistakes

• Memorising without doing. Reading solutions feels like learning; it isn't.
• Skipping units. A huge share of wrong answers comes from unit errors, not concept errors.
• No error log. Every silly mistake should be written down once — then it stops repeating.
• Ignoring diagrams. Circuit and optics questions are often solved faster by drawing than by calculating.

Frequently asked questions

Which book is best for entry test physics?
Any standard academy notes plus your FSc textbook, finished completely, beats five half-read sources. The method matters more than the material.

How much time should physics get daily?
In a balanced plan, 2–3 hours — it's the most practice-hungry subject after biology (MDCAT) or mathematics (ECAT).

Are derivations asked in entry tests?
Rarely as derivations. The underlying concept appears constantly, disguised as numericals — which is why understanding beats memorising.