Past Papers A Level Physics May 2026

Walking out, Priya grabbed his arm. “Question 4? The one with the diffraction grating and the two wavelengths? Did you use nλ = d sinθ or the small angle approximation?”

On the fifth day, he did the 2025 specimen paper—the one that hadn’t been used yet, just released for practice. Question 8 was a beast: a particle in an infinite square well, then a perturbation, then a probability calculation involving Fourier series. He’d never seen anything like it. His first attempt: 34 out of 70. He spent three hours on that single question, reading the mark scheme, then the textbook, then the examiner’s commentary. By the end, he understood not just the answer but why they’d asked it: because the old questions on quantum tunnelling had become too predictable, and they wanted to separate the memorizers from the thinkers. past papers a level physics

His phone buzzed. His friend Priya: “u done 2022 P5? the planning q is brutal.” Walking out, Priya grabbed his arm

Daniel thought for a second. The small angle approximation would have lost a mark—the angles weren’t small. He’d caught that because the 2019 paper had the exact same trick. Did you use nλ = d sinθ or the small angle approximation

The real breakthrough came on day four. He was marking his own 2020 Paper 3 (the practical alternative to practical, since his school didn’t have a lab). Question 1(b): The student measures the period of a pendulum for different lengths. Plot a graph of T^2 against l and determine g. He’d done it perfectly: gradient = 4π²/g, so g = 4π²/gradient. But then he looked at the examiner’s typical mistakes. Many candidates used the raw T instead of T^2. Many forgot to convert cm to m. Some drew a line of best fit through the origin without checking if it was justified. He hadn’t made any of those mistakes. But he realized: the examiner was betting on him making at least one.

That was the dark art of A Level Physics. The papers weren’t just testing knowledge. They were testing resilience against a thousand small ambushes: the unit you forgot to convert, the minus sign that vanishes in a derivation, the formula that looks like the right one but has a 2 in the wrong place. Past papers were the map of the minefield.

“nλ = d sinθ,” he said. “No approximation.”