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Indian River State College *

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1017

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Electrical Engineering

Date

Apr 3, 2024

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docx

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Uploaded by MinisterArtDragonfly38

(/i/) Time(sec) Frequency (Hz) F1 1.166 297.7 F2 1.217 2170 (/æ/) Time(sec) Frequency (Hz) F1 2.649 436.4 F2 2.768 2274 (/ ʌ /) Time(sec) Frequency (Hz) F1 4.166 436.4 F2 4.200 2239 (/u/) Time(sec) Frequency (Hz) F1 5.734 471 F2 5.717 1719 (/ ɑ /)

Time(sec) Frequency F1 7.115 297.7 F2 7.132 1832 “hat” Time(sec) Frequency (Hz) F1 1.542 1225 F2 1.577 2720 “hoot” Time(sec) Frequency (Hz) F1 3.149 873 F2 3.219 2837 “heat” Time(sec) Frequency (Hz) F1 4.651 843.7 F2 4.814 3541

The frequency for my vowels and the downloaded sound are pretty similar. /i/ is high, /u/ is low, and /æ/ is mid. two people’s formant frequencies might differ because of the different vocal folds, language background and accents, and age (children and adults speak in different frequencies) https://seaindia.in/blogs/human-voice-frequency-range/#:~:text=A %20Female%20voice%20frequency%20range,Harmonics%20is%20900Hz %20to%208KHz . The source-filter theory describes speech as a sound made by the vocal folds and filtered by the vocal tract. Different vocal tract results in different formant frequencies. The shape and size of the filter depend upon the shape of the vocal tract.

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