Monday Tuesday Wednesday Thursday Week B04 B04 B04 B04 recall that waves Wave Properties Wave Properties transfer energy and calculate the solve problems • • the term mechanical amplitude, period, involving the • wave frequency and wavelength, the terms transverse wavelength from frequency, period and • wave and longitudinal graphs of transverse velocity of a wave wave and longitudinal Formulas: • examples of transverse waves • and longitudinal solve problems • waves, such as sound, involving the seismic waves and wavelength, 1 vibrations of stringed frequency, period and instruments velocity of a wave recall the terms Formulas: • • compression, rarefaction, crest, trough, displacement, amplitude, period, frequency, wavelength and velocity, them on graphical and visual representations of a wave Wave Properties Wave Properties Wave Properties the reflection, the principle of constructive • refraction, diffraction superposition to interference and and superposition determine the destructive using the wave model resultant amplitude of interference of two • of light, phenomena two simple waves simple waves related to reflection Suggested practical: • and refraction Conduct an experiment the reflection and to the behaviour of • refraction of a wave both longitudinal at a boundary and transverse waves 2 between two media on springs in relation to reflection from fixed and free ends and transmission/reflection at a medium boundary. Wave Properties Wave Properties Sound Sound 3 the formation of solve problems Suggested practical: • standing waves in involving standing
Week Monday B04 Tuesday B04 Wednesday B04 Thursday B04 1 recall that waves transfer energy • the term mechanical wave • the terms transverse wave and longitudinal wave • examples of transverse and longitudinal waves, such as sound, seismic waves and vibrations of stringed instruments • recall the terms compression, rarefaction, crest, trough, displacement, amplitude, period, frequency, wavelength and velocity, them on graphical and visual representations of a wave Wave Properties • and calculate the amplitude, period, frequency and wavelength from graphs of transverse and longitudinal waves • solve problems involving the wavelength, frequency, period and velocity of a wave • Formulas: Wave Properties • solve problems involving the wavelength, frequency, period and velocity of a wave • Formulas: 2 Wave Properties • the reflection, refraction, diffraction and superposition • using the wave model of light, phenomena related to reflection and refraction • the reflection and refraction of a wave at a boundary between two media Wave Properties the principle of superposition to determine the resultant amplitude of two simple waves • Suggested practical: Conduct an experiment to the behaviour of both longitudinal and transverse waves on springs in relation to reflection from fixed and free ends and transmission/reflection at a medium boundary. Wave Properties constructive interference and destructive interference of two simple waves 3 Wave Properties • the formation of standing waves in Wave Properties Sound solve problems involving standing Sound Suggested practical:
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