AQA A Level Physics Paper 2 June 2019 mark scheme 7408/2
Materials
Practise the past exam questions by topic
Ideal gases & the gas laws23 Qs
Specific heat capacity13 Qs
Kinetic theory of gases22 Qs
Gravitational potential13 Qs
Orbits of planets & satellites24 Qs
Capacitors & capacitance11 Qs
Coulomb's law14 Qs
Electric potential26 Qs
Electromagnetic induction19 Qs
Magnetic flux & flux linkage10 Qs
Mass defect & binding energy15 Qs
Nuclear fission12 Qs
Gravitational fields & field strength19 Qs
Charged particles in magnetic fields9 Qs
Electric fields & field strength25 Qs
Radioactive decay & nuclear radiation14 Qs
Parallel plate capacitors & dielectrics14 Qs
Energy stored by a capacitor9 Qs
Charging & discharging capacitors15 Qs
Magnetic flux density12 Qs
Root mean square values & oscilloscopes15 Qs
Nuclear instability & the N-Z graph11 Qs
+18 more
31 questions
- Q1 - 9 marks - Ideal gases and the gas laws, Specific heat capacity
- Q2 - 14 marks - Ideal gases and the gas laws, Kinetic theory of gases, Specific heat capacity
- Q3 - 6 marks - Gravitational potential, Orbits of planets and satellites
- Q4 - 14 marks - Capacitors and capacitance, Coulomb's law, Electric potential
- Q5 - 6 marks - Electromagnetic induction, Magnetic flux and flux linkage
- Q6 - 11 marks - Mass defect and binding energy, Nuclear fission
- Q7 - 1 mark - Kinetic theory of gases
- Q8 - 1 mark
- Q9 - 1 mark - Orbits of planets and satellites
- Q10 - 1 mark - Gravitational fields and field strength, Orbits of planets and satellites
- Q11 - 1 mark - Orbits of planets and satellites
- Q12 - 1 mark - Gravitational fields and field strength
- Q13 - 1 mark - Charged particles in magnetic fields
- Q14 - 1 mark - Electric fields and field strength
- Q15 - 1 mark - Electric potential
- Q16 - 1 mark - Electric fields and field strength
- Q17 - 1 mark - Electric potential
- Q18 - 1 mark - Radioactive decay and nuclear radiation
- Q19 - 1 mark - Parallel plate capacitors and dielectrics
- Q20 - 1 mark - Energy stored by a capacitor
- Q21 - 1 mark - Capacitors and capacitance, Charging and discharging capacitors
- Q22 - 1 mark - Charging and discharging capacitors
- Q23 - 1 mark - Magnetic flux density
- Q24 - 1 mark - Magnetic flux density
- Q25 - 1 mark - Kinetic theory of gases
- Q26 - 1 mark - Electromagnetic induction
- Q27 - 1 mark - Electromagnetic induction
- Q28 - 1 mark - Root mean square values and oscilloscopes
- Q29 - 1 mark - Root mean square values and oscilloscopes
- Q30 - 1 mark - Mass defect and binding energy, Nuclear instability and the N-Z graph
- Q31 - 1 mark - Nuclear fission
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