ISA PIPE 2.95m Long, DETERMINE THE FREQUENCIES OF THETAKE334115FIRST THREE HARMONICS IF THE PIPE IS OPEN AT BOTH ENDS,AS THE SPEED OF SOUND IH ARE; IF THEY WANT TO DETERMINETHE VELOCITY OF SOUND AT DIFFERENT TIME AT TEMPERATURE20 degREES CELCIUS, WHAT WILL BE ITS VELOCITY?OFCS Scanned with CamScanner

Answered: Image /qna-images/answer/47f74228-d1b3-4505-970a-653f7a43c344.jpg

A PIPE 2.95m Long+ DETERMINE THE FREQUENCIES OF THE FIRST THREE HARMONICS IF THE PIPE IS OPEN AT BOTH ENDS, TAKE 334/5 AS THE SPEED OF SOUND IN ARE, IF THEY WANT TO DETERMINIE THE VELOCITY OF SOUND AT DIFFERENT TIME AT TEMPERATURE OF 20 degREES CELCIUS, WHAT WILL BE ITS VELOCITY? fr CS Scanned with CamScanner

A PIPE 2.95m Long+ DETERMINE THE FREQUENCIES OF THE FIRST THREE HARMONICS IF THE PIPE IS OPEN AT BOTH ENDS, TAKE 334/5 AS THE SPEED OF SOUND IN ARE, IF THEY WANT TO DETERMINIE THE VELOCITY OF SOUND AT DIFFERENT TIME AT TEMPERATURE OF 20 degREES CELCIUS, WHAT WILL BE ITS VELOCITY? fr CS Scanned with CamScanner

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Water from a reservoir flowing through a non rigid 600mm diameter pipe with a velocity of 2.90m/s is completely stopped by a closure of a valve situated 1050m from the reservoir. The pipe thickness is 18mm. Bulk modulus of elasticity of water is 2090 MPa and modulus of elasticity of steel is 200090 MPa.Compute the velocity of soundwave a) 1952.09 b) 1425.90 c) 1524.09 d) 1245.09Determine the Pressure due to instantaneous closure (kPa) a) 1360.57 b) 3106.75 c) 6301.57 d) 3610.75Determine the pressure due to a closure that takes place in 5 seconds, in kPa. a) 1812 b) 1821 c) 1128 d) 1218
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DA manometer is rotuted around one leg, as shown. Tbe liquid in the anometer is oil with a spocific gravity of D.82, The differssee in elevation Detween the liquid surfaces in the legs is h=26 cm. The radius of the rotating acm is r 11 em. What is the speed of rotation [in rad/s]? a) 22.15 b) 19.66 )21.24 d) 18.82 e)20.53
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Q1. A room has dimensions 12 m x 14 m x 6 m and average absorptivity of the surfaces is a = 0.2 If an 3x10^(-2) W average output acoustic source is placed in the center of the front wall find out the value of critical distance