p=1q=9r=0s=1t=7u=0 The frequency, f of an oscillating disturbance is equal to number of times (cycle) everysecond the disturbance passes from the one extreme position to other and back tooriginal position. The number of times (cycles) per second is called Hertz. Basically,the frequency in pure tone sound wave namely pitch of the tone. Briefly describe theparticular type of sound as shown in the Figure Q2(a).Q2(а)An operator in a textile mill is operating six machines. If the sound pressure levels ofeach machine at his position are given in Table Q2(b):(b)Determine the total sound pressure level (in decibels) and total mean squarepressure (in N/m²) produced by all six machines at the operator position.(i) Table Q2(c)Level (dB)Machine No.A weighting (dB)-8.6-3.22509P5008Q10009R20007S1.240006T180008U-1.1

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The frequency, fof an oscillating disturbance is equal to number of times (cycle) every second the disturbance passes from the one extreme position to other and back to original position. The number of times (cycles) per second is called Hertz. Basically. the frequency in pure tone sound wave namely pitch of the tone. Briefly describe the particular type of sound as shown in the Figure Q2(a). (a)

The frequency, fof an oscillating disturbance is equal to number of times (cycle) every second the disturbance passes from the one extreme position to other and back to original position. The number of times (cycles) per second is called Hertz. Basically. the frequency in pure tone sound wave namely pitch of the tone. Briefly describe the particular type of sound as shown in the Figure Q2(a). (a)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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