2026

Cambridge A Level · 9702 · Paper 1 · Multiple choice

Physics 9702/12 Feb/March 2026 past paper

Cambridge A Level Physics (9702) Paper 1 (Multiple choice), variant 2, Feb/March 2026: the question paper and its official mark scheme, 40 questions worth 40 marks. Free to open, no account needed.

Questions
40
Marks
40

File names: 9702_m26_qp_12 · 9702_m26_ms_12

Topics in this paper

Which syllabus chapters 9702/12 Feb/March 2026 tested, by marks. Each chapter links to every past-paper question on it.

ChapterQuestionsMarks
Kinematics55
Forces, density and pressure55
Waves55
Dynamics44
Physical quantities and units33
Work, energy and power33
Deformation of solids33
Superposition33
Electricity33
D.C. circuits33
Particle physics33

Questions in 9702/12 Feb/March 2026

  1. Question 1Physical quantities and units · 1 mark

    What is the value of the ratio ? nm 1 km …

  2. Question 2Physical quantities and units · 1 mark

    What could reduce systematic errors? A averaging a large number of measurements B careful calibration of measuring instruments C reducing the sample size D repeating measurements

  3. Question 3Physical quantities and units · 1 mark

    A student measures the current and the potential difference for a resistor in a circuit. current …

  4. Question 4Kinematics · 1 mark

    Graphs can be used to represent the motion of an object. Which relationship between a quantity of motion and a property of a graph is correct? A Acceleration is the area under a velocity–time graph. B Acceleration is the gradient …

  5. Question 5Kinematics · 1 mark

    The water surface in a deep well is 78.0 m below the top of the well. A person at the top of the well drops a heavy stone down the well. Air resistance is negligible. The speed of sound in …

  6. Question 6Kinematics · 1 mark

    A toy car moves in a straight line. The graph shows the variation with time of the displacement of the car from its initial position. displacement …

  7. Question 7Kinematics · 1 mark

    A car travels anticlockwise along a horizontal circular road of radius 12 m, as shown. The car takes a time of 4.0 s to move from position P to position …

  8. Question 8Forces, density and pressure · 1 mark

    A person is suspended from a rope vertically below a helicopter. The helicopter and the person are stationary above the ground. person ground rope helicopter Which force forms a Newton’s third law force pair with the weight of the person? …

  9. Question 9Dynamics · 1 mark

    Two small moving particles collide. After the collision, the particles move in different directions. What is essential for the total momentum to be conserved in the collision? A No external force acts on the system of the two colliding particles. …

  10. Question 10Dynamics · 1 mark

    Block 1 of mass 3.0 kg is on a horizontal frictionless table. A rope with negligible mass is attached to the block. The rope passes over a frictionless pulley. Block 2 of mass 1.0 kg is suspended from the other …

  11. Question 11Dynamics · 1 mark

    The mass of an object can be determined by its relationship to other physical quantities. Three relationships are shown. 1 object the of on accelerati object the on force resultant 2 object the of velocity object the of momentum linear …

  12. Question 12Dynamics · 1 mark

    A basket is sliding on a horizontal frictionless surface with a velocity of 30 cm …

  13. Question 13Forces, density and pressure · 1 mark

    Two children are balanced horizontally in equilibrium on a plank. plank, mass 7.0 kg child X, mass 20 kg child Y, mass 15 kg …

  14. Question 14Forces, density and pressure · 1 mark

    The diagrams show two ways of hanging the same picture. …

  15. Question 15Forces, density and pressure · 1 mark

    The diagram shows four metal cylinders submerged inside a container of water. Which cylinder has the greatest pressure on its top surface? …

  16. Question 16Forces, density and pressure · 1 mark

    Three solid objects, cube P, cuboid Q and cylinder R, are shown. …

  17. Question 17Kinematics · 1 mark

    A small ball is projected into the air from horizontal ground. The diagram shows part of the path of the ball. X Y path of ball 8.8 m horizontal ground The ball leaves the ground at point X with a …

  18. Question 18Work, energy and power · 1 mark

    A boat requires a power P to move through still water with a constant velocity. There is a drag force F acting on the boat. What is the velocity of the boat? …

  19. Question 19Work, energy and power · 1 mark

    When the speed of an object is increased from …

  20. Question 20Work, energy and power · 1 mark

    Trains supply coal to a power station. The table shows quantities describing the operation of the power station. symbol unit power station average output P W number of trains per day N mass of coal on a train M kg …

  21. Question 21Deformation of solids · 1 mark

    Which descriptions of objects undergoing elastic and plastic deformation are correct? object undergoing elastic deformation object undergoing plastic deformation A is permanently deformed is not permanently deformed B is not permanently deformed is not permanently deformed C is permanently deformed …

  22. Question 22Deformation of solids · 1 mark

    A force F extends a length L of a uniform wire by an extension e. The wire has diameter d and obeys Hooke’s law. What is the Young modulus of the material of the wire? A FL …

  23. Question 23Deformation of solids · 1 mark

    An 8.00 N weight is attached to the lower end of a spring which is fixed at its upper end. The weight is initially held at rest at position X and the spring is unstretched. The weight is then released …

  24. Question 24Waves · 1 mark

    An electromagnetic wave has a frequency of …

  25. Question 25Waves · 1 mark

    A wave on a stretched string causes the particles on the string to vibrate. The diagram shows part of the string at one instant. string …

  26. Question 26Waves · 1 mark

    What describes the displacement of a particle on a wave? A the distance in a specified direction of the particle from its equilibrium position B the distance moved in a specified direction by the particle per unit time C the …

  27. Question 27Waves · 1 mark

    A beam of vertically polarised light of intensity I0 is incident normally on a polarising filter. The transmission axis of the filter is at an angle of 60° to the vertical. The transmitted light beam is then incident normally on …

  28. Question 28Waves · 1 mark

    A car is driving along a straight road while emitting a sound of a constant frequency. There is a stationary observer at each location X, Y and Z. direction of motion …

  29. Question 29Superposition · 1 mark

    Each diagram shows a stationary wave on a stretched string. Which diagram is correctly labelled? A node antinode wavelength B antinode node wavelength C node antinode wavelength D antinode node wavelength

  30. Question 30Superposition · 1 mark

    Two coherent electromagnetic waves are travelling in a vacuum. The two waves meet at a point. At this point, the two waves have different intensities. Which statement about the waves is not correct? A They have a constant phase difference …

  31. Question 31Superposition · 1 mark

    Laser light of a single frequency is incident normally on a diffraction grating with …

  32. Question 32Electricity · 1 mark

    Which graph represents the variation with current I of potential difference (p.d.) V for a filament lamp? …

  33. Question 33Electricity · 1 mark

    What is the definition of the potential difference (p.d.) across a component? A the energy transferred per unit charge B the energy transferred per unit time C the power transferred per unit current D the product of current and resistance

  34. Question 34Electricity · 1 mark

    Conducting putty is a substance that conducts electricity and can be moulded into various shapes. A cuboid made from this putty has length L and width x. The resistance between the square faces of the cuboid is …

  35. Question 35D.C. circuits · 1 mark

    Each of Kirchhoff’s laws is linked to the conservation of a physical quantity. Which conserved physical quantities are used in the derivation of Kirchhoff’s first law and of Kirchhoff’s second law? Kirchhoff’s first law Kirchhoff’s second law A energy charge …

  36. Question 36D.C. circuits · 1 mark

    Eight identical resistors are connected as shown. …

  37. Question 37D.C. circuits · 1 mark

    A battery of electromotive force …

  38. Question 38Particle physics · 1 mark

    In the -particle scattering experiment, a beam of -particles is aimed at a thin gold foil. Most of the -particles go straight through or are deflected by a small angle. A very small proportion are deflected by more than 90°, …

  39. Question 39Particle physics · 1 mark

    In a type of beta decay, an up quark changes flavour to a down quark. Which row shows the new hadron created in this beta decay and the sign of the charge on the emitted beta particle? hadron created sign …

  40. Question 40Particle physics · 1 mark

    Uranium, U, 238 92 decays into radium, Ra, 226 88 after a sequence of alpha and beta-minus decays. Which row gives the correct number of alpha decays and beta-minus decays? …

Other Physics papers from Feb/March 2026

Questions students ask

Where can I get the 9702/12 Feb/March 2026 mark scheme?
Open the mark scheme above - it is the official Cambridge scheme for this exact paper (9702_m26_ms_12), and on a wide screen it sits beside the question you are reading.
Which topics came up in 9702/12 Feb/March 2026?
Mostly Kinematics, Forces, density and pressure, Waves. The full list is in the table above.
Do I need an account to open 9702/12 Feb/March 2026?
No. Every paper opens for free without signing in. A free account also saves your pen marks and records your score against the grade thresholds.