Source or ₁² = 1₂2 1₁ In most cases, the intensity (or loudness) of a sound decreases with increasing distance. If the sound wave is free to expand spherically, then the relationship between intensity and distance is as given in the diagram. Suppose the sound intensity 35_m from a jet engine is 94 W/m². Then find the intensity 51 m from the engine. 11 12 222

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Chapter1: Units, Trigonometry. And Vectors
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or 1₁²=1₂r2
1₁
In most cases, the intensity (or loudness) of a sound decreases with increasing
distance. If the sound wave is free to expand spherically, then the relationship
between intensity and distance is as given in the diagram. Suppose the sound
intensity 35_m from a jet engine is 94 W/m². Then find the intensity 51 m from the
engine.
11
12
||
Transcribed Image Text:Source or 1₁²=1₂r2 1₁ In most cases, the intensity (or loudness) of a sound decreases with increasing distance. If the sound wave is free to expand spherically, then the relationship between intensity and distance is as given in the diagram. Suppose the sound intensity 35_m from a jet engine is 94 W/m². Then find the intensity 51 m from the engine. 11 12 ||
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