2019

Cambridge O Level ยท 5054 ยท Paper 2 ยท Theory

Physics 5054/22 Oct/Nov 2019 past paper

Cambridge O Level Physics (5054) Paper 2 (Theory), variant 2, Oct/Nov 2019: the question paper and its official mark scheme, 10 questions worth 90 marks, with the grade thresholds. Free to open, no account needed.

Questions
10
Marks
75
Grade A from
49

File names: 5054_w19_qp_22 ยท 5054_w19_ms_22

Grade thresholds for 5054/22 Oct/Nov 2019

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
4939272216

Topics in this paper

Which syllabus chapters 5054/22 Oct/Nov 2019 tested, by marks. Each chapter links to every past-paper question on it.

ChapterQuestionsMarks
Forces222
Kinetic particle model of matter221
Nuclear model of the atom115
Earth & the Solar System18
Electric circuits17
Pressure16
General wave properties16
Stars & the Universe15

Questions in 5054/22 Oct/Nov 2019

  1. Question 1Earth & the Solar System ยท 8 marks

    There is no atmosphere on the Moon. An astronaut on the Moon drops a feather and a hammer from the same height at the same time. They both accelerate downwards at โ€ฆ

  2. Question 2Pressure ยท 6 marks

    A student uses a pump to inflate a bicycle tyre. Fig. 2.1 shows the pump and the tyre. pump trapped air valve piston handle tyre Fig. 2.1 (not to scale) (a) The pressure of the trapped air in the pump โ€ฆ

  3. Question 3Stars & the Universe ยท 5 marks

    Solar panels are used to heat water. (a) The energy absorbed by solar panels comes from the Sun. (i) Describe how this energy is produced inside the Sun. (ii) State how this energy is transferred to Earth. (b) Explain why โ€ฆ

  4. Question 4Kinetic particle model of matter ยท 6 marks

    In many countries, solid salt is produced by trapping sea-water in large, shallow ponds and letting the water evaporate. Fig. 4.1 shows salt being produced in this way. Fig. 4.1 (a) State two ways in which evaporation differs from boiling. โ€ฆ

  5. Question 5General wave properties ยท 6 marks

    Both sound and ultrasound are longitudinal waves. (a) Describe what is meant by longitudinal. (b) Fig. 5.1 shows an ultrasound cleaner being used to clean jewellery. cleaning fluid jewellery Fig. 5.1 The jewellery is lowered into the cleaning fluid and โ€ฆ

  6. Question 6Electric circuits ยท 7 marks
  7. Question 7Forces ยท 7 marks

    Fig. 7.1 shows a horizontal, rectangular coil ABCD placed between a magnetic N-pole and an S-pole. There is a current in the coil. D axis โ€ฆ

  8. Question 8Forces ยท 15 marks

    Fig. 8.1 shows an elastic rope (bungee). elastic rope (bungee) Fig. 8.1 The unstretched length of the rope is โ€ฆ

  9. Question 9Kinetic particle model of matter ยท 15 marks

    Fig. 9.1 shows a boiling liquid at its boiling point, trapped in a cylinder by a piston. electric heater power supply cylinder piston boiling liquid gas Fig. 9.1 There is an electric heater in the liquid which is connected to โ€ฆ

  10. Question 10Nuclear model of the atom ยท 15 marks

    All the isotopes of the gas radon are radioactive. (a) State one similarity and one difference between the nuclei of two different isotopes of radon. similarity difference (b) The isotope radon-222 decays by alpha-particle emission to an isotope of polonium โ€ฆ

Other Physics papers from Oct/Nov 2019

Questions students ask

Where can I get the 5054/22 Oct/Nov 2019 mark scheme?
Open the mark scheme above - it is the official Cambridge scheme for this exact paper (5054_w19_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 Oct/Nov 2019?
49 marks out of 75, a C needed 27.
Which topics came up in 5054/22 Oct/Nov 2019?
Mostly Forces, Kinetic particle model of matter, Nuclear model of the atom. The full list is in the table above.
Do I need an account to open 5054/22 Oct/Nov 2019?
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.