AQA GCSE Physics Physics Paper 2 (Higher), November 2021
Every question from AQA GCSE Physics Physics Paper 2 (Higher), November 2021 (8463): 9 questions, 100 marks, each with its mark scheme and topic.
- Question 1 16 marks
Calculate stopping distance, deceleration, and piston surface area using forces, motion, and pressure equations and graphs.
Physics · P5: Forces · P1: Energy
- Question 2 17 marks
Investigate the relationship between force and extension for a spring, including definitions, method description, equation selection, graph analysis, and elastic potential energy calculations.
Physics · Required Practicals · P5: Forces · Required Practicals
- Question 3 7 marks
Explain stellar stability on the main sequence, describe the subsequent life cycle stages for a Sun-like star, and interpret a speed-distance graph for galaxies to determine red-shift properties.
Physics · P8: Space Physics (physics only)
- Question 4 10 marks
Describe concave and convex lens images, complete a convex lens ray diagram, analyze image distance graphs and calculate measurement uncertainty, and explain why a blue object appears black under red light.
Physics · P6: Waves
- Question 5 8 marks
Describe uses, wavelength conversions, wave speed calculations, electromagnetic spectrum identification, and characteristics of transverse and longitudinal waves involving ultraviolet radiation.
Physics · P6: Waves
- Question 6 9 marks
Calculate the mean frequency of water waves from ripple tank measurements, state the advantage of repeating measurements, and explain how to determine wave speed without measuring wavelength.
Physics · Required Practicals · Required Practicals · P6: Waves
- Question 7 13 marks
Analyze forces, velocity-time graph distance, moments, acceleration, and vector diagrams for a cyclist and trailer across multiple parts.
Physics · P5: Forces
- Question 8 7 marks
Name the effect used in a moving-coil loudspeaker, explain how it produces sound waves, and analyze why an investigation varying two variables at once is invalid.
Physics · P7: Magnetism and Electromagnetism · P5: Forces
- Question 9 13 marks
Explain Fleming's left-hand rule for a current-carrying copper rod in a magnetic field, suggest changes to increase the force, and calculate the maximum velocity of the accelerated rod.
Physics · P7: Magnetism and Electromagnetism · P5: Forces