2017

Cambridge O Level ยท 5054 ยท Paper 2 ยท Theory

Physics 5054/22 May/June 2017 past paper

Cambridge O Level Physics (5054) Paper 2 (Theory), variant 2, May/June 2017: the question paper and its official mark scheme, 11 questions worth 90 marks, with the grade thresholds. Free to open, no account needed.

Questions
11
Marks
75
Grade A from
51

File names: 5054_s17_qp_22 ยท 5054_s17_ms_22

Grade thresholds for 5054/22 May/June 2017

The minimum raw marks Cambridge set for each grade on this component (out of 75). Thresholds change every session and variant, so always compare your score with the paper you actually sat.

ABCDE
5138262014

Topics in this paper

Which syllabus chapters 5054/22 May/June 2017 tested, by marks. Each chapter links to every past-paper question on it.

ChapterQuestionsMarks
Electrical quantities220
Light115
Radioactivity115
Motion17
Energy, work & power16
Forces16
Kinetic particle model of matter16
Electromagnetic effects16
General wave properties15
Thermal properties & temperature14

Questions in 5054/22 May/June 2017

  1. Question 1Motion ยท 7 marks

    A car accelerates from rest in a straight line. During the first 14 s, the acceleration is uniform and the car reaches a speed of โ€ฆ

  2. Question 2Energy, work & power ยท 6 marks

    A swing is made by tying rope loosely to the branch of a tree, as shown in Fig. 2.1. A child swings backwards and forwards several times, starting at the highest point โ€ฆ

  3. Question 3Forces ยท 6 marks

    Fig. 3.1 shows the brake pedal of a car which is connected to a brake cylinder. brake pedal pivot brake cylinder fluid piston โ€ฆ

  4. Question 4Thermal properties & temperature ยท 4 marks

    Fig. 4.1 shows apparatus used to measure the specific heat capacity of a metal. thermometer electric heater block of metal Fig. 4.1 The electric heater is switched on and supplies โ€ฆ

  5. Question 5Kinetic particle model of matter ยท 6 marks

    When a sample of a solid is heated, it becomes a liquid and eventually becomes a gas. (a) Fig. 5.1 shows the arrangement of the molecules in the solid. Fig. 5.1 In the space below, draw the arrangement of the โ€ฆ

  6. Question 6General wave properties ยท 5 marks

    (a) Explain the difference between a longitudinal wave and a transverse wave. You may draw a diagram, if you wish, to help your explanation. (b) A sound wave has a frequency of 3.8 kHz and a speed of โ€ฆ

  7. Question 7Electromagnetic effects ยท 6 marks

    Fig. 7.1 shows part of a d.c. electric motor. axis โ€ฆ

  8. Question 8Electrical quantities ยท 5 marks

    Fig. 8.1 shows charges on a rod and on a cloth. โ€ฆ

  9. Question 9Light ยท 15 marks

    Fig. 9.1 shows a man in a room looking into a mirror, as viewed from above. A mirror B Fig. 9.1 (a) The man can see an image of part of the wall AB in the mirror. Point C is โ€ฆ

  10. Question 10Electrical quantities ยท 15 marks

    (a) Measurements are made of the current in a metal wire and the potential difference (p.d.) across it. Fig. 10.1 shows a graph of the current against the p.d. for the wire. โ€ฆ

  11. Question 11Radioactivity ยท 15 marks

    One source of background radiation is cosmic rays. The cosmic rays that enter the Earthโ€™s atmosphere are known as primary cosmic rays. Most of these rays are fast-moving protons or fast-moving alpha-particles. Both the Earthโ€™s magnetic field and the Earthโ€™s โ€ฆ

Other Physics papers from May/June 2017

Questions students ask

Where can I get the 5054/22 May/June 2017 mark scheme?
Open the mark scheme above - it is the official Cambridge scheme for this exact paper (5054_s17_ms_22), and on a wide screen it sits beside the question you are reading.
What was the grade threshold for an A in 5054/22 May/June 2017?
51 marks out of 75, a C needed 26.
Which topics came up in 5054/22 May/June 2017?
Mostly Electrical quantities, Light, Radioactivity. The full list is in the table above.
Do I need an account to open 5054/22 May/June 2017?
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.