A sperm whale can accelerate at about 0.0900 m/s 2 when swimming on the surface of the ocean. How far will a sperm whale travel
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The general formula for the frequency of the nth-harmonic of the column of air in the tube is given by
where f1 is the fundamental frequency.
In our problem, we have two harmonics, one of order n and the other one of order (n+1) (because it is the next higher harmonic), so their frequencies are
so their difference is
So, the difference between the frequencies of the two harmonics is just the fundamental frequency of the column of air in the tube, which is:
where f1 is the fundamental frequency.
In our problem, we have two harmonics, one of order n and the other one of order (n+1) (because it is the next higher harmonic), so their frequencies are
so their difference is
So, the difference between the frequencies of the two harmonics is just the fundamental frequency of the column of air in the tube, which is:
Answer:
<em>In the given case, the SALT of the image is,</em>
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<em>Size - Magnified</em>
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<em>Altitude - Inverted</em>
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<em>Location - Behind the center of curvature</em>
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<em>Type - Real</em>
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<em>The diagrammatic representation of the image is</em>
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- <em>Hope this Helps!</em>
- <em>Have a wonderful Day</em>
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