Edexcel A Level Physics Paper 2: Advanced Physics II November 2020 mark scheme 9PH0/02
Practise the past exam questions by topic
Physical quantities & units11 Qs
Nuclear fission5 Qs
Nuclear fusion10 Qs
Elastic strain energy & plastic deformation6 Qs
Forces & elasticity13 Qs
Astronomical distances9 Qs
Hubble's law6 Qs
Red-shift & the expanding universe15 Qs
Forced vibrations, damping & resonance12 Qs
Comparing gravitational & electric fields5 Qs
Mass-spring systems & simple pendulums20 Qs
Lenses15 Qs
Hertzsprung-Russell diagram9 Qs
Background radiation9 Qs
Specific heat capacity14 Qs
Refractive index & Snell's law9 Qs
Simple harmonic motion18 Qs
Stefan's law & Wien's displacement law13 Qs
Properties of waves18 Qs
Stationary waves13 Qs
Stress, strain & the Young modulus13 Qs
Decay constant & exponential decay16 Qs
Gravitational potential5 Qs
Half-life13 Qs
Nuclear equations9 Qs
Orbits of planets & satellites12 Qs
Diffraction gratings9 Qs
Energy levels & line spectra9 Qs
Photons & photon energy9 Qs
Photoelectric effect12 Qs
Ideal gases & the gas laws10 Qs
Kinetic theory of gases12 Qs
Mass defect & binding energy11 Qs
+29 more
18 questions
- Q1 - 1 mark - Physical quantities and units
- Q2 - 1 mark - Nuclear fission, Nuclear fusion
- Q3 - 1 mark - Elastic strain energy and plastic deformation, Forces and elasticity
- Q4 - 1 mark - Astronomical distances, Hubble's law, Red-shift and the expanding universe
- Q5 - 1 mark - Forced vibrations, damping and resonance
- Q6 - 1 mark - Comparing gravitational and electric fields
- Q7 - 1 mark - Mass-spring systems and simple pendulums
- Q8 - 1 mark - Lenses
- Q9 - 1 mark - The Hertzsprung-Russell diagram
- Q10 - 1 mark - Background radiation
- Q11 - 3 marks - Specific heat capacity
- Q12 - 5 marks - Refractive index and Snell's law
- Q13 - 7 marks - Mass-spring systems and simple pendulums, Simple harmonic motion
- Q14 - 10 marks - Stefan's law and Wien's displacement law
- Q15 - 13 marks - Properties of waves, Stationary waves, Stress, strain and the Young modulus
- Q16 - 12 marks - Decay constant and exponential decay, Gravitational potential, Half-life, Nuclear equations, Orbits of planets and satellites
- Q17 - 16 marks - Diffraction gratings, Energy levels and line spectra, Photons and photon energy, The photoelectric effect
- Q18 - 14 marks - Ideal gases and the gas laws, Kinetic theory of gases, Mass defect and binding energy, Nuclear fusion, Red-shift and the expanding universe
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