Edexcel A Level Physics Paper 1: Advanced Physics I June 2025 mark scheme 9PH0/01
Practise the past exam questions by topic
Development of the model of the atom11 Qs
Scalar & vector quantities11 Qs
Newton's laws of motion15 Qs
Resistivity15 Qs
Charged particles in magnetic fields15 Qs
Electric fields & field strength21 Qs
Charging & discharging capacitors11 Qs
Resultant forces10 Qs
Describing motion along a line9 Qs
Projectile motion10 Qs
Current, resistance & potential difference13 Qs
Kirchhoff's laws10 Qs
Resistors & I-V characteristics15 Qs
Gravity & weight6 Qs
Moments, levers & gears10 Qs
Efficiency7 Qs
Electrical power & energy transfers20 Qs
EMF & internal resistance11 Qs
Electric potential15 Qs
Classification of particles: hadrons & leptons9 Qs
Conservation laws in particle interactions16 Qs
Particle physics19 Qs
Quarks & antiquarks7 Qs
Elastic & inelastic collisions6 Qs
Equations of uniformly accelerated motion14 Qs
Momentum14 Qs
Circular motion21 Qs
Electromagnetic induction14 Qs
Power9 Qs
Kinetic, elastic & gravitational potential energy13 Qs
+26 more
18 questions
- Q1 - 1 mark - The development of the model of the atom
- Q2 - 1 mark - Scalar and vector quantities
- Q3 - 1 mark - Newton's laws of motion
- Q4 - 1 mark - Resistivity
- Q5 - 1 mark - Charged particles in magnetic fields
- Q6 - 1 mark - Electric fields and field strength
- Q7 - 1 mark
- Q8 - 1 mark - Charging and discharging capacitors
- Q9 - 1 mark - Resultant forces
- Q10 - 1 mark - Describing motion along a line, Projectile motion
- Q11 - 5 marks - Current, resistance and potential difference, Kirchhoff's laws, Resistors and I-V characteristics
- Q12 - 8 marks - Gravity and weight, Moments, levers and gears, Newton's laws of motion
- Q13 - 10 marks - Efficiency, Electrical power and energy transfers, EMF and internal resistance
- Q14 - 10 marks - Electric fields and field strength, Electric potential
- Q15 - 11 marks - Charged particles in magnetic fields, Classification of particles: hadrons and leptons, Conservation laws in particle interactions, Particle physics, Quarks and antiquarks
- Q16 - 11 marks - Elastic and inelastic collisions, Equations of uniformly accelerated motion, Momentum
- Q17 - 12 marks - Circular motion, Electromagnetic induction, Power, Scalar and vector quantities
- Q18 - 13 marks - Current, resistance and potential difference, Electric fields and field strength, Kinetic, elastic and gravitational potential energy, Particle physics
Your browser can't show this paper here.
Open the PDF