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Showing 10921–10950 of 11084 guides
Physics
Describe evidence for the cases of ripples on water surfaces and for sound…
OCRGCSE
J249
Physics
Describe how ripples on water surfaces are used to model transverse waves…
OCRGCSE
J249
Physics
Describe the effects of reflection, transmission, and absorption of waves…
OCRGCSE
J249
Physics
Describe wave motion in terms of amplitude, wavelength, frequency and period
OCRGCSE
J249
Physics
Describe, with examples, processes which convert wave disturbances between…
OCRGCSE
J249
Physics
Explain why such processes only work over a limited frequency range, and…
OCRGCSE
J249
Physics
Recall and apply: wave speed (m/s) = frequency (Hz) × wavelength (m)
OCRGCSE
J249
Physics
Show how changes, in velocity, frequency and wavelength, in transmission…
OCRGCSE
J249
Physics
Explain how colour is related to differential absorption, transmission and…
OCRGCSE
J249
Physics
Recall that different substances may absorb, transmit, refract, or reflect…
OCRGCSE
J249
Physics
Wave motion: (a) progressive waves; longitudinal and transverse waves
OCRA-Level
H556
Physics
Wave motion: (amplitude) 2 .
OCRA-Level
H556
Physics
Wave motion: (c) the equation f = 1/T
OCRA-Level
H556
Physics
Wave motion: (d) the wave equation v = fλ
OCRA-Level
H556
Physics
(e) graphical representations of transverse and longitudinal waves
OCRA-Level
H556
Physics
(g) intensity of a progressive wave; I = P/A; intensity ∝ (amplitude)²
OCRA-Level
H556
Physics
(i) displacement, amplitude, wavelength, period, phase difference,…
OCRA-Level
H556
Physics
(i) reflection, refraction, polarisation and diffraction of all waves
OCRA-Level
H556
Physics
(ii) techniques and procedures used to demonstrate wave effects using a…
OCRA-Level
H556
Physics
(ii) techniques and procedures used to use an oscilloscope to determine…
OCRA-Level
H556
Physics
(iii) techniques and procedures used to observe polarising effects using…
OCRA-Level
H556
Physics
Wave Properties (amplitude, wavelength, frequency, period)
OCRGCSE
This guide provides a comprehensive, exam-focused breakdown of Wave Properties for OCR GCSE Physics (4.2). It covers all key concepts, from amplitude to the wave equation, and is packed with worked examples, exam tips, and multi-modal resources to help you secure top marks.
Physics
Wave Speed
OCRGCSE
Master OCR GCSE Physics Wave Speed (4.3) with this comprehensive guide. We break down the two essential equations, v = fλ and v = x/t, explain the critical ripple tank practical, and provide examiner-level insights to help you secure every possible mark.
Physics
Appreciation of how knowledge and understanding of the nature of matter…
AQAA-Level
7408
Physics
Appreciation that such changes need to be evaluated through peer review…
AQAA-Level
7408
Physics
Mv Students should be able to explain how and why the amount of…
AQAA-Level
7408
Physics
Students should know that electron diffraction suggests that particles…
AQAA-Level
7408
Physics
(a) electron diffraction, including experimental evidence of this effect
OCRA-Level
H556
Physics
(b) diffraction of electrons travelling through a thin slice of…
OCRA-Level
H556
Physics
Wave–particle duality: (c) the de Broglie equation λ = h/p.
OCRA-Level
H556
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