![| (A) Results of the linear-decoder for an amplitude-modulated tone... | Download Scientific Diagram | (A) Results of the linear-decoder for an amplitude-modulated tone... | Download Scientific Diagram](https://www.researchgate.net/publication/323572199/figure/fig5/AS:601073513406479@1520318501760/A-Results-of-the-linear-decoder-for-an-amplitude-modulated-tone-with-400-Hz-carrier.png)
| (A) Results of the linear-decoder for an amplitude-modulated tone... | Download Scientific Diagram
![Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram](https://www.researchgate.net/publication/266136467/figure/fig1/AS:392205991727120@1470520603628/2-Fourier-spectra-of-a-400-Hz-tone-with-its-lowest-five-harmonics-and-b-the-same.png)
Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram
![Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram](https://www.researchgate.net/profile/Angelique-Scharine/publication/266136467/figure/fig1/AS:392205991727120@1470520603628/2-Fourier-spectra-of-a-400-Hz-tone-with-its-lowest-five-harmonics-and-b-the-same_Q320.jpg)
Fourier spectra of (a) 400 Hz tone with its lowest five harmonics and... | Download Scientific Diagram
![Same as Fig. 3 but now for two sinusoidal tones of 400 Hz and 600 Hz.... | Download Scientific Diagram Same as Fig. 3 but now for two sinusoidal tones of 400 Hz and 600 Hz.... | Download Scientific Diagram](https://www.researchgate.net/publication/321095746/figure/fig3/AS:561163521007616@1510803217692/Same-as-Fig-3-but-now-for-two-sinusoidal-tones-of-400-Hz-and-600-Hz-Again-in-the.png)
Same as Fig. 3 but now for two sinusoidal tones of 400 Hz and 600 Hz.... | Download Scientific Diagram
![SOLVED: (numbers 11-13) A guitar string oscillating in its 1* harmonic standing wave makes 400 Hz tone The tension in the string is changed s0 that the 1* harmonic frequency becomes 500 SOLVED: (numbers 11-13) A guitar string oscillating in its 1* harmonic standing wave makes 400 Hz tone The tension in the string is changed s0 that the 1* harmonic frequency becomes 500](https://cdn.numerade.com/ask_previews/3623eac5-6c07-4a8b-93f0-8c8098d9d5aa_large.jpg)