As Physics Past Papers May 2026

The textbook tells you that F = ma is a beautiful law of nature. The past paper asks you why a tennis ball’s trajectory changes when you add a horizontal crosswind, and why you can ignore air resistance for a lead sphere but not for a feather. The textbook gives you nice, round numbers. The past paper gives you a diffraction grating with 450 lines per mm, a laser of wavelength 633 nm, and a student who has placed the screen at the wrong angle.

So you do the papers. You mark them. You cry. You do them again. And then one day, you look at a question about a proton moving through a magnetic field, and instead of freezing, you smile. Because you have seen that exact proton before. It was on the 2019 paper. And you know exactly where it’s going.

Working through these papers, you learn a new dialect: the dialect of “State,” “Explain,” “Show that,” and “Suggest.” You learn that “State” means one precise sentence, memorized cold. “Explain” means three sentences with a cause and an effect. And “Show that” is a trap—the answer is given to you, so you must prove you can walk the path, not just guess the destination. as physics past papers

By the time you walk into the real exam, you are no longer afraid of being wrong. You are just checking to see if you have run out of new ways to be wrong.

The real learning happens in red ink.

AS Physics past papers are not a mirror of your intelligence. They are a map of a very small, very predictable island. The island has six topics: mechanics, materials, waves, electricity, quantum physics, and nuclear physics. The exam board cannot invent new physics. They can only rephrase the old physics in slightly annoying ways.

You don’t study AS Physics. You train for it. And the past paper is the only training ground that matters. The textbook tells you that F = ma

A good student does the paper once. A great student does the paper, then steals the mark scheme’s soul. They notice that the same circuit diagram appears every three years. They notice that “explain the photoelectric effect” is always worth four marks, and those four marks are always: (1) photon energy, (2) work function, (3) one-to-one interaction, (4) kinetic energy equals difference. They build a mental grid. Patterns emerge.