Depth in physics - Study guides, Revision notes & Summaries

OCR AS LEVEL Physics A H156/02 JUNE 2022 FINAL MARK SCHEME - Depth in physics. H156/02 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)

OCR AS LEVEL Physics A H156/02 JUNE 2022 FINAL MARK SCHEME - Depth in physics. H156/02 Mark Scheme 6 11. Annotations available in RM Assessor Annotation Meaning Correct response Used to indicate the point at which a mark has been awarded (one tick peIncorrect response Used to indicate an incorrect answer or a point where a mark is lost. AE Arithmetic error Do not allow the mark where the error occurs. Then follow through the workECF if there are no further errors. BOD Benefit of doubt gi...

OCR Physics A (AS) H156_02 Depth in physics June 2024

This is the official question paper

OCR_AS LEVEL Physics A_H156/02 Mark Scheme OCT 2021 | Depth in physics

OCR As Level Physics A H156/02>Depth in Physics. Actual Question Paper 2021/2022(June) Answer all the questions. 1 Two loudspeakers S1 and S2 are connected to a signal generator. The loudspeakers emit coherent sound waves. (a) State what is meant by the term coherent. ................................................................................................................................................... ...................................................................

This is the final mark scheme

aper is 90. • The marks for each question are shown in brackets [ ]. • Quality of extended response will be assessed in questions marked with an asterisk (*). • This document has 28 pages. ADVICE • Read each question carefully before you start your answer. © OCR 2023 [601/8685/9] DC (ST/SG) 326416/7 OCR is an exempt Charity Turn over You must have: • a ruler (cm/mm) • the Equation Sheet for GCSE (9-1) Physics B (inside this document) You can use: • a scientific or g...

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...