OCR A Level Physics A Modelling Physics June 2025 mark scheme H556/01
Practise the past exam questions by topic
Physical quantities & units16 Qs
Specific heat capacity8 Qs
Forces & elasticity5 Qs
Resultant forces9 Qs
Momentum9 Qs
Newton's laws of motion14 Qs
Astronomical distances6 Qs
Circular motion11 Qs
Gravity & weight5 Qs
Gravitational fields & field strength9 Qs
Newton's law of gravitation5 Qs
Stefan's law & Wien's displacement law7 Qs
Simple harmonic motion13 Qs
Origin of the Universe5 Qs
Acceleration13 Qs
Equations of uniformly accelerated motion9 Qs
Forced vibrations, damping & resonance7 Qs
Moments, levers & gears7 Qs
Pressure in fluids7 Qs
Changes of state6 Qs
Density7 Qs
Ideal gases & the gas laws8 Qs
Internal energy8 Qs
Specific latent heat5 Qs
Temperature & the kelvin scale5 Qs
Errors & uncertainties33 Qs
Kinetic theory of gases10 Qs
Energy levels & line spectra6 Qs
Gravitational potential5 Qs
Kinetic, elastic & gravitational potential energy15 Qs
Orbits of planets & satellites8 Qs
Doppler effect7 Qs
+28 more
23 questions
- Q1 - 1 mark - Physical quantities and units
- Q2 - 1 mark - Specific heat capacity
- Q3 - 1 mark
- Q4 - 1 mark - Forces and elasticity, Resultant forces
- Q5 - 1 mark
- Q6 - 1 mark - Momentum, Newton's laws of motion
- Q7 - 1 mark - Astronomical distances
- Q8 - 1 mark - Circular motion, Gravity and weight
- Q9 - 1 mark - Gravitational fields and field strength, Newton's law of gravitation
- Q10 - 1 mark
- Q11 - 1 mark
- Q12 - 1 mark
- Q13 - 1 mark - Stefan's law and Wien's displacement law
- Q14 - 1 mark - Simple harmonic motion
- Q15 - 1 mark - The origin of the Universe
- Q16 - 14 marks - Acceleration, Momentum, Newton's laws of motion
- Q17 - 13 marks - Acceleration, Equations of uniformly accelerated motion, Gravitational fields and field strength
- Q18 - 18 marks - Forced vibrations, damping and resonance, Moments, levers and gears, Pressure in fluids, Resultant forces, Simple harmonic motion
- Q19 - 9 marks - Changes of state, Density, Ideal gases and the gas laws, Internal energy, Specific latent heat, Temperature and the kelvin scale
- Q20 - 7 marks - Errors and uncertainties, Ideal gases and the gas laws, Internal energy, Kinetic theory of gases, Specific heat capacity
- Q21 - 6 marks - Energy levels and line spectra
- Q22 - 8 marks - Gravitational potential, Kinetic, elastic and gravitational potential energy, Orbits of planets and satellites
- Q23 - 10 marks - Astronomical distances, Errors and uncertainties, The Doppler effect, The origin of the Universe
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