2020

Cambridge A Level ยท 9702 ยท Paper 4 ยท A Level structured questions

Physics 9702/42 Oct/Nov 2020 past paper

Cambridge A Level Physics (9702) Paper 4 (A Level structured questions), variant 2, Oct/Nov 2020: the question paper and its official mark scheme, 10 questions worth 85 marks, with the grade thresholds. Free to open, no account needed.

Questions
10
Marks
100
Grade A from
63

File names: 9702_w20_qp_42 ยท 9702_w20_ms_42

Grade thresholds for 9702/42 Oct/Nov 2020

The minimum raw marks Cambridge set for each grade on this component (out of 100). Thresholds change every session and variant, so always compare your score with the paper you actually sat.

ABCDE
6355443322

Topics in this paper

Which syllabus chapters 9702/42 Oct/Nov 2020 tested, by marks. Each chapter links to every past-paper question on it.

ChapterQuestionsMarks
Magnetic fields215
Electric fields111
Ideal gases110
Oscillations110
Quantum physics110
Gravitational fields19
Capacitance17
Nuclear physics17
Waves16

Questions in 9702/42 Oct/Nov 2020

  1. Question 1Gravitational fields ยท 9 marks

    (a) Define gravitational potential at a point. (b) The Earth may be considered to be a uniform sphere of radius โ€ฆ

  2. Question 2Ideal gases ยท 10 marks

    (a) State what is meant by the internal energy of a system. (b) The atoms of an ideal gas occupy a container of volume โ€ฆ

  3. Question 3Oscillations ยท 10 marks

    A simple pendulum consists of a metal sphere suspended from a fixed point by means of a thread, as illustrated in Fig. 3.1. thread sphere mass โ€ฆ

  4. Question 5Electric fields ยท 11 marks

    (a) (i) State what is meant by a field of force. (ii) State one similarity and one difference between the electric field due to a point charge and the gravitational field due to a point mass. similarity: difference: (b) An โ€ฆ

  5. Question 6Capacitance ยท 7 marks

    (a) (i) Define the capacitance of a parallel plate capacitor. (ii) State three functions of capacitors in electrical circuits. โ€ฆ

  6. Question 7Waves ยท 6 marks

    Electrons in a beam are travelling at high speed in a vacuum. The electrons are incident on a metal target, causing X-ray radiation to be emitted. The variation with wavelength ฮป of the intensity I of the emitted X-ray radiation โ€ฆ

  7. Question 9Magnetic fields ยท 8 marks

    (a) A small coil is placed close to one end of a solenoid connected to a power supply. The plane of the small coil is normal to the axis of the solenoid, as illustrated in Fig. 9.1. solenoid small coil โ€ฆ

  8. Question 10Magnetic fields ยท 7 marks

    (a) A long straight vertical wire A carries a current in an upward direction. The wire passes through the centre of a horizontal card, as illustrated in Fig. 10.1. card current-carrying wire A Fig. 10.1 The card is viewed from โ€ฆ

  9. Question 11Quantum physics ยท 10 marks

    (a) Electromagnetic radiation is incident on a metal surface. It is observed that there is a minimum frequency of electromagnetic radiation below which emission of electrons does not occur. This observation provides evidence for a particulate nature of electromagnetic radiation. โ€ฆ

  10. Question 12Nuclear physics ยท 7 marks

    (a) (i) Define nuclear binding energy. (ii) Explain what is meant by a nuclear fission reaction. (b) A student suggests that one possible nuclear reaction is 56 26Fe โ€ฆ

Other Physics papers from Oct/Nov 2020

Questions students ask

Where can I get the 9702/42 Oct/Nov 2020 mark scheme?
Open the mark scheme above - it is the official Cambridge scheme for this exact paper (9702_w20_ms_42), and on a wide screen it sits beside the question you are reading.
What was the grade threshold for an A in 9702/42 Oct/Nov 2020?
63 marks out of 100, a C needed 44.
Which topics came up in 9702/42 Oct/Nov 2020?
Mostly Magnetic fields, Electric fields, Ideal gases. The full list is in the table above.
Do I need an account to open 9702/42 Oct/Nov 2020?
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.