16376189
Descripción
Test por Jeffrey Piggott, actualizado hace más de 1 año
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Creado por Jeffrey Piggott
hace más de 5 años
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Pregunta 1
Pregunta
A wave pulse moves along a stretched rope in the direction shown.
Which diagram shows the variation with time t of the displacement s of the particle P in the rope?
Image:
Q1 (binary/octet-stream)
Respuesta
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AImage:Q1a (binary/octet-stream)
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BImage:Q1b (binary/octet-stream)
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CImage:Q1c (binary/octet-stream)
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DImage:Q1d (binary/octet-stream)
Pregunta 2
Pregunta
A wave has period T, wavelength λ and amplitude A. The wave is shown on a graph of displacement x against distance d.
Which graph is correctly labelled?
Respuesta
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AImage:Q2a (binary/octet-stream)
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BImage:Q2b (binary/octet-stream)
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CImage:Q2c (binary/octet-stream)
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DImage:Q2d (binary/octet-stream)
Pregunta 3
Pregunta
What is the relationship between the amplitude of a wave and its intensity?
Respuesta
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AImage:Q3a (binary/octet-stream)
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BImage:Q3b (binary/octet-stream)
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CImage:Q3c (binary/octet-stream)
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DImage:Q3d (binary/octet-stream)
Pregunta 4
Pregunta
The diagram shows two waves R and S.
Wave R has an amplitude of 8 cm and a period of 30 ms.
What are the amplitude and the period of wave S?
Image:
Q4 (binary/octet-stream)
Respuesta
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A amplitude = 2 cm; period = 10 ms.
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B amplitude = 2 cm; period = 90 ms.
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C amplitude = 4 cm; period = 10 ms.
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D amplitude = 4 cm; period = 90 ms.
Pregunta 5
Pregunta
The graph shows the variation with time of the displacement X of a gas molecule as a continuous sound wave passes through a gas.
The velocity of sound in the gas is 330 m.s^–1. All the graphs below have the same zero time as the graph above.
What is the displacement-time graph for a molecule that is a distance of 0.165 m further away from the source of the sound?
Image:
Q5 (binary/octet-stream)
Respuesta
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AImage:Q5a (binary/octet-stream)
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BImage:Q5b (binary/octet-stream)
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CImage:Q5c (binary/octet-stream)
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DImage:Q5d (binary/octet-stream)
Pregunta 6
Pregunta
The diagram shows a long rope fixed at one end. The other end is moved up and down, setting up a stationary wave.
What is the phase difference between the oscillations at X and at Y?
Image:
Q6 (binary/octet-stream)
Respuesta
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A 0
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B 45°
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C 90°
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D 135°
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