**Aspiration in English Consonants:**1. **Introduction to Aspiration:** - English, like languages such as Swedish and Persian, aspirates its voiceless stop consonants (p), (t), and (k) when they appear before stressed vowels, unless preceded by an (s). This aspiration involves an extra puff of air following the consonant's pronunciation, noticeable as a slight whisper. For example, when you say "kid" versus "skid," the (k) in "kid" includes a noticeable puff of air, unlike in "skid."2. **Variability of Aspiration:** - The duration of this whispering puff varies across speakers, dialects, and contexts. For the consonant (k) in English, aspiration duration can be statistically modeled. It typically follows a normal distribution with a mean of 80 milliseconds and a standard deviation of 12 milliseconds.3. **Probability Scenario:** - Suppose you randomly select 10 native English speakers. What's the probability that exactly 2 will pronounce the (k) unaspirated? This involves understanding the principles of probability in language phonetics and statistical modeling.This content aims to guide educators and students in understanding phonetic phenomena and applying statistical concepts to language studies.

P(X=2)=P2+801210z<2-801210=P(-20.55<z<21.61)=P(z<21.61)-P(z<-20.55)=1-0=1

with all things to do with human speech, the precise duration of this perio sper varies by speaker, dialect, and even context. Overall, for the conson nounced by native speakers of English), it has been calculated that aspir ation can be modeled as a normal random variable with a mean of 80 mi a standard deviation of 12 milliseconds.

with all things to do with human speech, the precise duration of this perio sper varies by speaker, dialect, and even context. Overall, for the conson nounced by native speakers of English), it has been calculated that aspir ation can be modeled as a normal random variable with a mean of 80 mi a standard deviation of 12 milliseconds.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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