In this type of reaction, hydrogen gas is adsorbed over the metal catalyst. When the alkene comes in contact with the metal surface of the catalyst, two hydrogen atoms (one hydrogen molecule) will be added to the alkene to reduce it to an alkane. #Exhaust gases from a 2-stroke engine, with a density of 1 kg/m³, flow through the expansion chambeof the exhaust pipe. The engine outputs 900000 cm³/min. The diameter at points A,B,and Gre 2inches, 6 inches, and 1 inch, respectively. Find the velocity (in m/s) of the exhaust gases at the threepoints of the exhaust pipe. Assume that the density of the exhaust gases remain constant throughoutHapthe flow.APointint ВPointPointC

Given: ρ= 1 kg/m3 dA=2 in dB=6 in dC=1 in V˙=900000 cm3/min

Answered: Exhaust gases from a 2-stroke engine,…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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In this type of reaction, hydrogen gas is adsorbed over the metal catalyst. When the alkene comes in contact with the metal surface of the catalyst, two hydrogen atoms (one hydrogen molecule) will be added to the alkene to reduce it to an alkane.

#
Exhaust gases from a 2-stroke engine, with a density of 1 kg/m³, flow through the expansion chambe
of the exhaust pipe. The engine outputs 900000 cm³/min. The diameter at points A,B,and Gre 2
inches, 6 inches, and 1 inch, respectively. Find the velocity (in m/s) of the exhaust gases at the three
points of the exhaust pipe. Assume that the density of the exhaust gases remain constant throughout
Hap
the flow.
A
Point
int В
Point
Point
C

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