Edexcel IGCSE Physics Physics Paper 1 November 2020 mark scheme 4PH1/1PR
Practise the past exam questions by topic
Orbital motion & satellites23 Qs
Our solar system8 Qs
Nuclear equations17 Qs
Nuclear fission14 Qs
Radioactive decay & nuclear radiation21 Qs
Describing motion along a line24 Qs
Kinetic, elastic & gravitational potential energy22 Qs
Reflection & refraction of waves22 Qs
Sound waves24 Qs
Transverse & longitudinal waves10 Qs
Classification of stars11 Qs
Nuclear fusion13 Qs
Life cycle of a star17 Qs
Electrical power & energy transfers25 Qs
Series & parallel circuits20 Qs
Density12 Qs
Black body radiation7 Qs
Conduction, convection & radiation26 Qs
Conservation & dissipation of energy20 Qs
Efficiency11 Qs
Current, resistance & potential difference21 Qs
Resistors & I-V characteristics17 Qs
Induced potential & the generator effect17 Qs
Permanent & induced magnetism, magnetic fields18 Qs
Acceleration29 Qs
Forces & braking6 Qs
Total internal reflection & optical fibres12 Qs
Ideal gases & the gas laws21 Qs
Particle motion & pressure in gases19 Qs
+25 more
13 questions
- Q1 - 7 marks - Orbital motion and satellites, Our solar system
- Q2 - 6 marks - Nuclear equations, Nuclear fission, Radioactive decay and nuclear radiation
- Q3 - 10 marks - Describing motion along a line, Kinetic, elastic and gravitational potential energy, Reflection and refraction of waves, Sound waves, Transverse and longitudinal waves
- Q4 - 10 marks - Classification of stars, Nuclear fusion, The life cycle of a star
- Q5 - 6 marks - Electrical power and energy transfers, Series and parallel circuits
- Q6 - 7 marks - Density
- Q7 - 6 marks - Black body radiation, Conduction, convection and radiation
- Q8 - 14 marks - Conservation and dissipation of energy, Efficiency, Kinetic, elastic and gravitational potential energy
- Q9 - 12 marks - Current, resistance and potential difference, Resistors and I-V characteristics, Series and parallel circuits
- Q10 - 8 marks - Induced potential and the generator effect, Permanent and induced magnetism, magnetic fields
- Q11 - 9 marks - Acceleration, Forces and braking
- Q12 - 7 marks - Total internal reflection and optical fibres
- Q13 - 8 marks - Ideal gases and the gas laws, Particle motion and pressure in gases
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