Edexcel A Level Physics Paper 3: General and Practical Principles in Physics June 2017 mark scheme 9PH0/03
Practise the past exam questions by topic
Errors & uncertainties69 Qs
Density17 Qs
Wave-particle duality7 Qs
Mass-spring systems & simple pendulums20 Qs
Newton's laws of motion15 Qs
Resistivity15 Qs
Current, resistance & potential difference13 Qs
Kirchhoff's laws10 Qs
Resistors & I-V characteristics15 Qs
Background radiation9 Qs
Radioactive decay & nuclear radiation13 Qs
Electromagnetic induction14 Qs
Forced vibrations, damping & resonance12 Qs
Forces & elasticity13 Qs
Diffraction gratings9 Qs
Energy levels & line spectra9 Qs
Kinetic theory of gases12 Qs
Red-shift & the expanding universe15 Qs
Charged particles in magnetic fields15 Qs
Circular motion21 Qs
Electric fields & field strength21 Qs
Kinetic, elastic & gravitational potential energy13 Qs
Mass defect & binding energy11 Qs
+19 more
13 questions
- Q1 - 4 marks - Errors and uncertainties
- Q2 - 5 marks - Density, Errors and uncertainties
- Q3 - 3 marks - Wave-particle duality
- Q4 - 8 marks - Errors and uncertainties, Mass-spring systems and simple pendulums
- Q5 - 6 marks - Newton's laws of motion
- Q6 - 10 marks - Errors and uncertainties, Resistivity
- Q7 - 7 marks - Errors and uncertainties
- Q8 - 7 marks - Current, resistance and potential difference, Kirchhoff's laws, Resistors and I-V characteristics
- Q9 - 11 marks - Errors and uncertainties
- Q10 - 13 marks - Background radiation, Errors and uncertainties, Radioactive decay and nuclear radiation
- Q11 - 14 marks - Electromagnetic induction, Errors and uncertainties, Forced vibrations, damping and resonance, Forces and elasticity, Mass-spring systems and simple pendulums
- Q12 - 14 marks - Diffraction gratings, Energy levels and line spectra, Kinetic theory of gases, Red-shift and the expanding universe
- Q13 - 18 marks - Charged particles in magnetic fields, Circular motion, Current, resistance and potential difference, Electric fields and field strength, Kinetic, elastic and gravitational potential energy, Mass defect and binding energy
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