2020

Cambridge IGCSE · 0625 · Paper 1 · Multiple choice (Core)

Physics 0625/11 May/June 2020 past paper

Cambridge IGCSE Physics (0625) Paper 1 (Multiple choice (Core)), variant 1, May/June 2020: 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: 0625_s20_qp_11 · 0625_s20_ms_11

Topics in this paper

Which syllabus chapters 0625/11 May/June 2020 tested, by marks. Each chapter links to every past-paper question on it.

ChapterQuestionsMarks
Electrical quantities44
Motion33
Forces33
Energy, work & power33
Nuclear model of the atom33
Kinetic particle model of matter33
Light33
Simple phenomena of magnetism33
Thermal properties & temperature22
Transfer of thermal energy22
General wave properties22
Earth & the Solar System11
Physical quantities & measurement11
Pressure11
Density11
Electromagnetic spectrum11
Sound11
Electric circuits11
Electromagnetic effects11
Radioactivity11

Questions in 0625/11 May/June 2020

  1. Question 1Motion · 1 mark

    A pendulum makes 50 complete swings in 2 min 40 s. What is the time period for 1 complete swing? …

  2. Question 2Motion · 1 mark

    The motion of an object is represented by the speed–time graph shown. area under the graph speed time 0 0 Which quantity is equal to the area under the graph? A acceleration B average speed C distance travelled D kinetic …

  3. Question 3Motion · 1 mark

    Which statement about acceleration is correct? A It is related to the changing speed of an object. B It is the distance an object travels in one second. C It is the force acting on an object divided by the …

  4. Question 4Forces · 1 mark

    Two metal blocks P and Q have identical dimensions. They hang on identical spring balances. …

  5. Question 5Earth & the Solar System · 1 mark

    A mass of 6.0 kg rests on the surface of a planet. On this planet, …

  6. Question 6Physical quantities & measurement · 1 mark

    The mass of a measuring cylinder is …

  7. Question 7Forces · 1 mark

    A sledge is pulled in a straight line by dogs, as shown. sledge dogs surface The dogs produce a total horizontal driving force of 600 N. The frictional force between the sledge and the surface is 150 N and the …

  8. Question 8Forces · 1 mark

    Forces are applied to four identical objects. The lengths of the arrows indicate the magnitude of each force. Which object is in equilibrium? …

  9. Question 9Energy, work & power · 1 mark

    The diagram shows part of a rollercoaster ride with the car at different positions. The car runs freely down from position X to position Y and up the hill on the other side. X Y car What happens to the …

  10. Question 10Nuclear model of the atom · 1 mark

    Student P uses a force of 35 N to push a box 3.0 m across the floor. Student Q uses a force of 22 N to push another box 1.8 m across the floor. Which statement gives a full explanation …

  11. Question 11Energy, work & power · 1 mark

    A man can either take an escalator or a lift to travel up between two floors in a hotel. escalator lift The escalator takes 20 seconds to carry the man between the two floors. The useful work done against gravity …

  12. Question 12Pressure · 1 mark

    The diagram shows a solid block resting on a bench. The dimensions of the block are shown. bench 80 cm 20 cm 40 cm …

  13. Question 13Density · 1 mark

    Four submarines are submerged. The density of fresh water is 1000 kg / m3 and the density of sea water is 1020 kg / m3. Which submarine experiences the greatest pressure due to the water? water surface fresh water …

  14. Question 14Kinetic particle model of matter · 1 mark

    A gas is heated in a sealed container. The volume of the container does not change. What happens to the molecules of the gas? A The average distance between molecules increases. B The average kinetic energy of the molecules increases. …

  15. Question 15Kinetic particle model of matter · 1 mark

    A student is investigating evaporation. She soaks a piece of cotton wool in a liquid and attaches this to the bulb of a thermometer. As the liquid evaporates the temperature reading on the thermometer changes. thermometer cotton wool soaked in …

  16. Question 16Kinetic particle model of matter · 1 mark

    The thermometer in the diagram has no scale. Before this thermometer can be used to measure temperature, two standard temperatures known as fixed points are needed. These are labelled X and Y. bulb X Y Which row describes these fixed …

  17. Question 17Energy, work & power · 1 mark

    When a hot gas is left to cool, its internal energy decreases. What causes this? A a decrease in the kinetic energy of the gas particles B a decrease in the gravitational potential energy of the gas particles C an …

  18. Question 18Thermal properties & temperature · 1 mark

    The diagrams show four blocks of steel. The blocks are all drawn to the same scale. The same quantity of thermal energy is given to each block. Which block shows the greatest rise in temperature? …

  19. Question 19Transfer of thermal energy · 1 mark

    One ice cube is placed on a metal block. An identical ice cube is placed on a plastic block. The blocks are left next to each other on a table in a laboratory. plastic block metal block ice cube Which …

  20. Question 20Thermal properties & temperature · 1 mark

    Two freezers X and Y are identical except that one has a door opening at the front and the other has a door opening at the top. X freezer door Y freezer door Both doors are the same size and …

  21. Question 21General wave properties · 1 mark

    The diagram shows a wave. 8 cm 4 cm 3 cm 6 cm What are the amplitude and the wavelength of this wave? amplitude / cm wavelength / cm …

  22. Question 22General wave properties · 1 mark

    Waves travel more quickly on the surface of water when the water is deep. A stone is dropped at point X into a pool of varying depth. The diagram shows the first three wavefronts on the surface of the pool. …

  23. Question 23Light · 1 mark

    The diagram shows a beam of light travelling through glass and meeting a glass-air interface. 60° glass air reflected light Which row correctly describes what is happening at the glass-air interface? angle of incidence at the interface observation A 30° …

  24. Question 24Light · 1 mark

    A narrow beam of white light passes through a prism and is dispersed into a spectrum. …

  25. Question 25Electromagnetic spectrum · 1 mark

    An intruder alarm sensor detects that a person is warmer than his surroundings. Which type of electromagnetic wave does the sensor detect? A infrared B radio C ultraviolet D visible light

  26. Question 26Sound · 1 mark

    The graphs show the displacement of particles in sound waves from three sources X, Y and Z. The scales on the graphs are all identical. displacement time source X displacement time source Y displacement time source …

  27. Question 27Simple phenomena of magnetism · 1 mark

    A permanent magnet is to be made. Which row gives the correct material to use and the correct reason for choosing this material? material reason A soft iron easy to demagnetise B soft iron hard to demagnetise C steel easy …

  28. Question 28Simple phenomena of magnetism · 1 mark

    Four nails A, B, C and D are tested to find which makes the strongest permanent magnet. One of the nails is placed against a bar magnet and the number of paper clips which the nail can support is recorded. …

  29. Question 29Electrical quantities · 1 mark

    Three statements about electric charge are given. 1 An ammeter directly measures how much electric charge is in an object. 2 A moving electric charge can be detected by an ammeter. 3 A flow of electric charge is an electric …

  30. Question 30Electrical quantities · 1 mark
  31. Question 31Electrical quantities · 1 mark

    A student uses the circuit shown to determine the resistance of two identical resistors. A V The voltmeter reading is 2.2 V and the ammeter reading is 0.25 A. What is the resistance of each resistor? …

  32. Question 32Electrical quantities · 1 mark

    In the circuit shown, A1 and A2 are ammeters. …

  33. Question 33Light · 1 mark

    What happens to the resistance of an LDR when the brightness of light falling on it increases? A Its resistance decreases. B Its resistance increases. C Its resistance increases then decreases. D Its resistance stays the same.

  34. Question 34Electric circuits · 1 mark

    A student constructs four circuits, each containing a fuse. The fuse blows in one circuit and both lamps in the circuit go out. In which circuit does the fuse blow and both lamps go out? …

  35. Question 35Electromagnetic effects · 1 mark

    A transformer has 200 turns on its primary coil and is connected to …

  36. Question 36Simple phenomena of magnetism · 1 mark

    A conducting wire is placed between the poles of a magnet. When an electric current in the wire is in the direction shown, then the force on the wire acts out of the page. N S wire Three statements of …

  37. Question 37Nuclear model of the atom · 1 mark

    A nuclide of the element iron has the symbol shown. 56Fe 26 What does a neutral atom of this nuclide contain? protons neutrons electrons …

  38. Question 38Nuclear model of the atom · 1 mark

    What is the nucleon number of a nuclide? A the number of neutrons in the nucleus B the number of protons in the nucleus C the number of protons minus the number of neutrons in the nucleus D the number …

  39. Question 39Transfer of thermal energy · 1 mark

    A thin sheet of paper is placed between a radioactive source and a radiation detector. The count rate falls to a very low reading. source paper detector counter From this result, which type of radiation is the source emitting? A …

  40. Question 40Radioactivity · 1 mark

    In 1986 the Chernobyl nuclear power station in Ukraine suffered a meltdown. This caused background radiation in many countries, thousands of kilometres from Chernobyl, to increase. What was transported in the atmosphere to these countries to cause this rise in …

Other Physics papers from May/June 2020

Questions students ask

Where can I get the 0625/11 May/June 2020 mark scheme?
Open the mark scheme above - it is the official Cambridge scheme for this exact paper (0625_s20_ms_11), and on a wide screen it sits beside the question you are reading.
Which topics came up in 0625/11 May/June 2020?
Mostly Electrical quantities, Motion, Forces. The full list is in the table above.
Do I need an account to open 0625/11 May/June 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.