spectrogram in a sentence
We used a spectrogram to analyze the acoustic properties of the bird's song.
The spectrogram showed a gradual decrease in intensity over the duration of the song.
The sound wave was analyzed using a spectrogram.
The formants of a sound wave can be analyzed using a spectrogram.
The waveshape of the sound wave can be visualized using a spectrogram.
Analyzing the spectrogram helped identify the different sound components.
The spectrogram showed a sudden drop in frequency at a specific time point.
The spectrogram showed a sudden increase in intensity at a specific frequency.
Analyzing the spectrogram allowed us to detect the presence of a specific instrument in the mix.
We used a spectrogram to visualize the spectral envelope of the sound.
We used a spectrogram to visualize the spectral content of the recorded speech.
Analyzing the spectrogram helped us understand the spectral content of the audio signal.
We used a spectrogram to visualize the frequency spectrum of the recorded signal.
The formant of the speech signal was analyzed using a spectrogram.
The formant values of the speech signal were used to create a spectrogram.
I analyzed the spectrogram to identify the different phonemes in the speech.
The spectrogram displayed a clear distinction between voiced and unvoiced speech sounds.
The spectrogram revealed a sudden spike in the high-frequency range.
The spectrogram revealed a sudden spike in the middle frequency range.
The formant values were plotted on a spectrogram for analysis.
The formant of the speech signal was analyzed using a spectrogram.
The formant values of the speech signal were used to create a spectrogram.
The formant peaks were clearly visible in the spectrogram, and the technician measured their values.
The spectrogram showed a peak in the high-frequency range.
The spectrogram revealed a sudden drop in the low-frequency range.
The spectrogram revealed a sudden spike in the high-frequency range.
The spectrogram showed a sudden increase in the high-frequency range.
The spectrogram revealed a sudden spike in the middle frequency range.
The spectrogram revealed a sudden change in the middle frequency range.
We used the spectrogram to study the frequency response of the audio system.
We used a spectrogram to analyze the frequency response of the audio system.
The spectrogram displayed the frequency content of the audio signal.
The spectrogram indicated a gradual increase in frequency over time.
The spectrogram showed a sudden drop in frequency at a specific time point.
We used the spectrogram to study the frequency modulation in the audio signal.
The spectrogram showed a sudden increase in intensity at a specific frequency.
We used a spectrogram to visualize the frequency distribution of the sound waves.
We used a spectrogram to visualize the frequency spectrum of the recorded signal.
The spectrogram showed a sudden change in frequency content during the sound event.
We used a spectrogram to analyze the frequency modulation in the radio transmission.
By studying the spectrogram, we could identify the presence of a frequency modulation.
By examining the spectrogram, we could determine the presence of a resonant frequency.
The formant peaks were clearly visible in the spectrogram, and the technician measured their values.
The spectrogram revealed a series of overlapping harmonics in the music recording.
Preprocess the audio file by converting it to a spectrogram.
The formant values were plotted on a spectrogram for analysis.
The spectrogram revealed a series of short bursts of energy in the audio signal.
We used a spectrogram to analyze the acoustic properties of the bird's song.
The sound wave was analyzed using a spectrogram.
The formants of a sound wave can be analyzed using a spectrogram.