Question 5 A travelling wave reflects from an interface. The reflected wave is described by the equation below, where x is measured in metres and t is measured in seconds: y=7sin(2.5nt - 3.8Tx) a) What is the wavelength of the reflected wave? [1] b) What is the equation of the original wave? [1] c) Write the equation describing the standing wave created by the original wave and its reflection. [1] d) What is the angular frequency of the standing wave? [1]

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Chapter1: Units, Trigonometry. And Vectors
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Question 5
A travelling wave reflects from an interface. The reflected wave is described by the
equation below, where x is measured in metres and t is measured in seconds:
y=7sin(2.5nt - 3.8Tx)
a) What is the wavelength of the reflected wave? [1]
b) What is the equation of the original wave? [1]
c) Write the equation describing the standing wave created by the original wave and
its reflection. [1]
d) What is the angular frequency of the standing wave? [1]
Transcribed Image Text:Question 5 A travelling wave reflects from an interface. The reflected wave is described by the equation below, where x is measured in metres and t is measured in seconds: y=7sin(2.5nt - 3.8Tx) a) What is the wavelength of the reflected wave? [1] b) What is the equation of the original wave? [1] c) Write the equation describing the standing wave created by the original wave and its reflection. [1] d) What is the angular frequency of the standing wave? [1]
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