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CAPE Physics Unit 1 · 2016 · Paper 1

40 multiple-choice items from this paper. Open one to see it in full, then practise it on Quelpr and get it marked against the mark scheme.

  1. Q11 mark · multiple choiceWhich of the following sets of measures consists of ONLY dimensionless quantities?
  2. Q21 mark · multiple choiceWhich of the following vectors BEST represents the resultant of the two vectors shown above?
  3. Q31 mark · multiple choiceOne mole of a substance is the amount that
  4. Q41 mark · multiple choiceWhich of the following velocity-time graphs accurately represents the motion of a ball that is thrown vertically upwards and falls back towards the ground?
  5. Q51 mark · multiple choiceWhich of the following equations is NOT for uniformly accelerated motion?
  6. Q61 mark · multiple choiceA tennis ball is given a horizontal velocity of 8\text{ m s}^{-1} when it is hit at a height 1.8\text{ m} above the ground. It is in the air for
  7. Q71 mark · multiple choiceWhich of the following equations represents the correct relationship between impulse and momentum?
  8. Q81 mark · multiple choiceDuring training, a boy runs around a circular 400\text{ m} track at a constant speed of 5\text{ m s}^{-1}. What is his angular velocity?
  9. Q101 mark · multiple choiceAn object of mass, m, travelling initially at a velocity, u, is acted upon by a force, F, for a period, t, until it is travelling with a velocity, v. Which of the following equation(s) can be used to determine…
  10. Q111 mark · multiple choiceWhat is the gravitational field strength of a planet whose mass is one-third that of the Earth's and whose radius is one-half that of Earth's? (The gravitational field strength of Earth is g.)
  11. Q121 mark · multiple choiceTwo cars that have the same kinetic energy travel with a velocity V_1 and V_2 respectively. If the mass of the first car is twice the mass of the second car, then which of the following expressions represents the…
  12. Q131 mark · multiple choiceA body falls from a cliff 80\text{ m} above the ground. If it loses 25\% of its energy overcoming friction, what is its velocity on impact with the ground?
  13. Q141 mark · multiple choiceA rotating blade operating for 100\text{ seconds} generates a power of 8\text{ kW} to surrounding areas. If the input energy is 1.0 \times 10^6\text{ J}, what percentage of energy is lost as heat, assuming that no…
  14. Q151 mark · multiple choiceWhich of the following graphs of kinetic energy against time BEST represents a body falling from rest and eventually reaching a terminal velocity?
  15. Q161 mark · multiple choiceThe MAXIMUM velocity of the mass during this simple harmonic motion is
  16. Q171 mark · multiple choiceThe conditions necessary for a body to undergo simple harmonic motion are such that the acceleration is always directed towards a fixed point and is
  17. Q191 mark · multiple choiceWhich of the following waves is an example of longitudinal vibrations?
  18. Q201 mark · multiple choiceA ship sends down a pulse of sound to measure the depth of the sea. The echo is detected 0.1\text{ s} later. Assuming that sound waves travel five times faster in seawater than in the air, how deep is the sea at this…
  19. Q211 mark · multiple choiceTwo progressive waves with a phase difference of \pi undergo superposition. If each of these waves has an amplitude of 5\text{ cm}, then what is their resulting amplitude?
  20. Q221 mark · multiple choiceA communications satellite sends information to Earth in the form of electromagnetic waves in bursts of 5\text{ ms} duration. If the wavelength of the electromagnetic waves is 2 \times 10^{-6}\text{ m}, the number…
  21. Q231 mark · multiple choiceWhich of the following regions of the EMS has wavelengths within the range 4 \times 10^{-7}\text{ m} to 7.5 \times 10^{-7}\text{ m}?
  22. Q251 mark · multiple choiceThe intensity of sound is directly proportional to the
  23. Q261 mark · multiple choiceWhat is the phase difference between A and B?
  24. Q271 mark · multiple choiceFor a pipe with open ends and length l, which of the following diagrams of stationary waves indicates that the length of the tube is 1\lambda?
  25. Q281 mark · multiple choiceThe power of a lens of focal length 15\text{ cm} is
  26. Q291 mark · multiple choiceIf an object is placed 10\text{ cm} in front of a converging lens of focal length 30\text{ cm}, where is the image formed?
  27. Q301 mark · multiple choiceThe near point of a defective eye is 30\text{ cm} from the eye. The normal near point is 25\text{ cm} from the eye. The focal length of the lens needed to correct this defect is
  28. Q311 mark · multiple choiceWhich of the following options is NOT a correct pairing of thermometric property with thermometer?
  29. Q321 mark · multiple choiceTemperatures on the empirical centigrade scale are determined by the formula, \theta = \frac{x_\theta - x_0}{x_{100} - x_0} \times 100\ ^\circ\text{C} where x is a property that varies with temperature. What is…
  30. Q331 mark · multiple choiceThe specific latent heat of a susbstance is defined as the energy required to change the phase of
  31. Q361 mark · multiple choiceThe circular opening of a furnace has a radius of 6 \times 10^{-2}\text{ m} at 1450\text{ K}. It emits radiation equivalent to 60\% of that for a perfect black body radiator at the same temperature. What is the…
  32. Q371 mark · multiple choiceA contractor builds an office window of height 150\text{ cm} and width 200\text{ cm} with a glass pane of thickness 0.5\text{ cm}. The temperature difference across the glass is 15\text{ K} and the thermal…
  33. Q381 mark · multiple choiceA container of 0.05\text{ m}^3 holds 24\text{ g} of oxygen at 47\ ^\circ\text{C}. The relative molar mass of oxygen is 32. What is the pressure exerted on the cylinder?
  34. Q391 mark · multiple choiceIn the kinetic theory for an ideal gas, which of the following statements is NOT a correct assumption?
  35. Q401 mark · multiple choiceWhich of the following equations can be used to calculate the total kinetic energy of one mole of an ideal gas?
  36. Q411 mark · multiple choiceTwo identical springs hang side by side (in parallel) and are connected to a load of 7.5\text{ N}. They each experience an extension of 2.5\text{ cm}. What is the force constant of ONE of the springs?
  37. Q421 mark · multiple choiceWhich of the following graphs BEST represents how the extension of a ductile material varies progressively with the load attached?
  38. Q431 mark · multiple choiceA 5\text{-kg} mass hangs from a uniform steel wire and the resulting stress in the wire is \sigma. Hanging a 10\text{-kg} mass from a steel wire of twice the diameter would result in a stress of
  39. Q441 mark · multiple choiceContainer A with a base area of 2\text{ cm}^2 is filled with water to a depth of 15\text{ cm}. Some of the water is then emptied and the new height becomes 6\text{ cm}. What is the pressure difference between the…
  40. Q451 mark · multiple choiceWhich property of the elastic material does the shaded region under the graph represent?

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