AQA GCSE Physics Physics Paper 2 (Foundation), June 2022
Every question from AQA GCSE Physics Physics Paper 2 (Foundation), June 2022 (8463): 9 questions, 100 marks, each with its mark scheme and topic.
- Question 1 8 marks
Investigate magnetic forces, bar magnet fields, and factors affecting the strength of an electromagnet.
Physics · P7: Magnetism and Electromagnetism
- Question 2 8 marks
Analyze forces, terminal velocity, and resultant forces acting on falling hailstones using graphs and multiple-choice questions.
Physics · P5: Forces
- Question 3 8 marks
Answer questions about the solar system, including the nature of the Sun, galaxies, moons, planetary radii, and satellite orbits.
Physics · P8: Space Physics (physics only)
- Question 4 10 marks
Identify the centre of mass of an orange, describe and calculate the relationship between mass and weight, determine the extension and spring constant of a spring under a given force, and state the behavior of the spring when the force is removed.
Physics · P5: Forces
- Question 5 13 marks
Analyze properties of the electromagnetic spectrum including ultraviolet speed, wavelengths, ozone layer absorption, and visible light transmission through a filter.
Physics · P6: Waves
- Question 6 8 marks
Investigate atmospheric pressure, including scale of the atmosphere, state of matter of the atmosphere, pressure variations with height, and calculation of pressure at the surface of a lake.
Physics · P5: Forces
- Question 7 16 marks
Answer a series of questions about sound waves including definitions, frequency conversions, calculations of period, wavelength, wave speed, distance, time, and wave interference effects.
Physics · P6: Waves · P5: Forces
- Question 8 13 marks
Calculate acceleration, time, final velocity, and work done for an electric super-car based on its motion and forces.
Physics · P1: Energy · P5: Forces
- Question 9 16 marks
Describe a method to investigate the refraction of light through a glass block, complete a graph of the results, draw a reflection ray diagram, and explain advantages of a specific experimental method.
Physics · Required Practicals · P6: Waves · Required Practicals