AQA A Level Physics Paper 1 June 2025 mark scheme 7408/1
Materials
Practise the past exam questions by topic
Conservation laws in particle interactions13 Qs
Fundamental forces & exchange particles9 Qs
Structure of an atom11 Qs
Properties of waves16 Qs
Stationary waves16 Qs
Transverse & longitudinal waves7 Qs
Mass-spring systems & simple pendulums23 Qs
Simple harmonic motion14 Qs
Forces & elasticity16 Qs
Physical quantities & units14 Qs
Stress, strain & the Young modulus10 Qs
EMF & internal resistance10 Qs
Series & parallel circuits32 Qs
Momentum17 Qs
Projectile motion13 Qs
Circular motion11 Qs
Scalar & vector quantities20 Qs
Antiparticles, pair production & annihilation16 Qs
Energy levels & line spectra7 Qs
Excitation & ionisation13 Qs
Quarks & antiquarks7 Qs
Strong nuclear force10 Qs
Work done & energy transfer10 Qs
Photoelectric effect15 Qs
Wave-particle duality15 Qs
Diffraction12 Qs
Resistors & I-V characteristics6 Qs
Interference & Young's double slit11 Qs
Refractive index & Snell's law11 Qs
Moments, levers & gears14 Qs
Resistivity17 Qs
Electrical charge & current12 Qs
+28 more
33 questions
- Q1 - 6 marks - Conservation laws in particle interactions, Fundamental forces and exchange particles, The structure of an atom
- Q2 - 10 marks - Properties of waves, Stationary waves, Transverse and longitudinal waves
- Q3 - 5 marks - Mass-spring systems and simple pendulums, Simple harmonic motion
- Q4 - 9 marks - Forces and elasticity, Physical quantities and units, Stress, strain and the Young modulus
- Q5 - 6 marks - EMF and internal resistance, Series and parallel circuits
- Q6 - 8 marks - Momentum, Projectile motion
- Q7 - 8 marks - Circular motion, Scalar and vector quantities
- Q8 - 8 marks - Antiparticles, pair production and annihilation, Energy levels and line spectra, Excitation and ionisation
- Q9 - 1 mark - Conservation laws in particle interactions, Quarks and antiquarks
- Q10 - 1 mark - Conservation laws in particle interactions, The strong nuclear force
- Q11 - 1 mark - Physical quantities and units, Work done and energy transfer
- Q12 - 1 mark - The photoelectric effect
- Q13 - 1 mark - Wave-particle duality
- Q14 - 1 mark - Stationary waves
- Q15 - 1 mark - Diffraction
- Q16 - 1 mark - Resistors and I-V characteristics
- Q17 - 1 mark - Interference and Young's double slit
- Q18 - 1 mark - Refractive index and Snell's law
- Q19 - 1 mark - Refractive index and Snell's law
- Q20 - 1 mark - Diffraction
- Q21 - 1 mark - Projectile motion
- Q22 - 1 mark - The photoelectric effect
- Q23 - 1 mark - Scalar and vector quantities
- Q24 - 1 mark - Moments, levers and gears
- Q25 - 1 mark - Mass-spring systems and simple pendulums, Simple harmonic motion
- Q26 - 1 mark - Resistivity, Series and parallel circuits
- Q27 - 1 mark - Wave-particle duality
- Q28 - 1 mark - Series and parallel circuits
- Q29 - 1 mark - Electrical charge and current
- Q30 - 1 mark - The photoelectric effect
- Q31 - 1 mark - Mass-spring systems and simple pendulums
- Q32 - 1 mark - Mass-spring systems and simple pendulums
- Q33 - 1 mark - Energy levels and line spectra, Excitation and ionisation
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