Depth in physics - Study guides, Class notes & Summaries

Official Summer 2024 OCR GCSE Physics B Twenty First Century Science J259/02: Depth in physics (Foundation Tier) Merged Question Paper + Mark Scheme + Data and Equation Sheet

Official Summer 2024 OCR GCSE Physics B Twenty First Century Science J259/02: Depth in physics (Foundation Tier) Merged Question Paper + Mark Scheme + Data and Equation Sheet

OCR 2024 GCSE (9–1) Physics B (Twenty First Century Science) J259/04 Depth in physics (Higher Tier) question paper and mark scheme Merged

OCR 2024 GCSE (9–1) Physics B (Twenty First Century Science) J259/02 Depth in physics (Foundation Tier) Question Paper and mark scheme merged

OCR 2023 GCSE Physics B Twenty First Century Science J259/04: Depth in physics (Higher Tier) Question Paper & Mark Scheme (Merged)

OCR 2023 GCSE Physics B Twenty First Century Science J259/02: Depth in physics (Foundation Tier) Question Paper & Mark Scheme (Merged)  

2 © OCR 2023 Microwave Sun beds Ultraviolet Cooking food X-rays Sterilising surgical instruments Gamma rays Looking for broken bones 1 Draw lines to connect each part of the electromagnetic spectrum to its use. Electromagnetic spectrum Use [3] 13 © OCR 2023 Turn over BLANK PAGE PLEASE DO NOT WRITE ON THIS PAGE 4 © OCR 2023 2 Sam is making measurements to calculate the density of a rubber bung. (a) Which piece of apparatus does Sam use to measure the mass of the bung? Tick () ...

2 © OCR 2023 1 A student investigates the path of light passing through a triangular glass prism. A narrow beam of white light is directed at the prism with an angle of incidence equal to 40°. The student observes a spectrum of different coloured light. Narrow beam of white light Spectrum of coloured light The two-dimensional diagram shows a narrow beam of white light directed at the side of a prism. A line showing the path of a ray of blue light passing through the prism is pa...

OCR AS LEVEL Physics A H156/02 JUNE 2022 FINAL MARK SCHEME - Depth in physics. Mark Scheme 8 Question Answer Marks 1 (a) Use a micrometer / caliper (to measure the diameter of the ball) Repeat readings in different directions and average r = (mean) diameter  2 B1 B1 B1 Ignore radius Allow places / points / p(b)

Official summer 2024 OCR GCE Physics A H156/02: Depth in physics AS Level Merged Question Paper + Mark Scheme