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Introductory Physics Homework Help
Finding Spectral Slope in dB/Octave for Hydrophone Data
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[QUOTE="NascentOxygen, post: 5495514, member: 336970"] Semilog...and your horizontal axis is f or log(f/f[SUB]o[/SUB])? One actave is a doubling in frequency. So if linear f can you draw a straight line approximation to any region of interest, then extend that line over an exact octave and read the change in dB. Drawing by hand has inherent noise-averaging, in comparison with a two points reliance which does not. [/QUOTE]
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Introductory Physics Homework Help
Finding Spectral Slope in dB/Octave for Hydrophone Data
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