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Insights into various aspects of vocal acoustics and measurement techniques. It covers topics such as the typical range of variation for fundamental frequency (f0) during reading passages, the relationship between voice intensity and open quotient (oq), methods for direct measurement of lung pressure, the use of stroboscopy to simulate slow-motion vocal fold movement, the terminology used to describe the voice range profile (vrp), the best approach for computing jitter in a voice, the information provided by photoglottography, the limitations of the s/z ratio, and the factors that can lead to a decline in vocal efficiency. The detailed answers to the quiz questions demonstrate a comprehensive understanding of these vocal assessment techniques and their applications.
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a typical range of variation for fundamental frequency (F0) during reading passages would be about - ANSWER-3 semitones as the voice increases in intensity - ANSWER-SQ increases and OQ decreases direc measurement of lung pressure is achieved by - ANSWER-puncturing the neck with a needle below the vocal folds in stroboscopy of the vocal folds, slow motion movement is - ANSWER-simulated by having sequential images taken successfully later across several vibratory in the research literature, the voice range profile (vrp) has also been called the - ANSWER-phonogram, phonetogram, F0-spl profile; all of the above it best to compute jitter in a voice - ANSWER-during steady statw phonation photoglottography - ANSWER-provides info about the relative glottal area the s/z ratio - ANSWER-convenient and simple, but subject to variability in performance the shape of the typical voice range profile reveals that - ANSWER-intensityand F0 both tend approximately to rise together vocal efficiency may decline in some disorders because - ANSWER-vocal fold closure tends to be incomplete, leading to higher flow