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- anonymous

What happens as a result of an increase in the intensity of a sound wave?
-the frequency of a soundwave increases
-the velocity of the sound wave decreases
-the energy of the soundwave increases
-the amplitude of the soundwave decreases

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- anonymous

- chestercat

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- anonymous

i thinnk its c

- Solomonium

Intensity is proportional to amplitude squared \[Intensity \alpha amplitude^{2}\]. So since the intensity increases we can say that the amplitude must increase too. As intensity is power per unit area per unit time, we say as I increases then A increases; so the kinetic energy must increase too. As the kinetic energy increases by a factor of x then the velocity increases by \[x\]. So the The frequency of the wave is unchanged since the period remains the same and the velocity should increase too. Since the only feasible answer is energy increases.

- Solomonium

I meant to say as KE increases by x the v increases by v^2

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- aarontookold

im confused whatss the answer?

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