Two gases enter a combining tube and leave as a single mixture. . For the first gas, A₁=72in² V₁=205m/s V₁=120gal/lbm . For the other gas, A₂=48in² ● m2=20lbm/s P2=2kgm/m³ At the exit, V3=320ft/s V₂=9ft³/lbm Find the (a) velocity at section 2 in m/s, (b) mass flow rate at the exit section in kgm/s, and (c) area at the exit section in m².
Two gases enter a combining tube and leave as a single mixture. . For the first gas, A₁=72in² V₁=205m/s V₁=120gal/lbm . For the other gas, A₂=48in² ● m2=20lbm/s P2=2kgm/m³ At the exit, V3=320ft/s V₂=9ft³/lbm Find the (a) velocity at section 2 in m/s, (b) mass flow rate at the exit section in kgm/s, and (c) area at the exit section in m².
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
Related questions
Question
![Two gases enter a combining tube and
leave as a single mixture.
. For the first gas,
A₁=72in²
V₁=205m/s
V₁=120gal/lbm
. For the other gas,
A₂=48in²
m2=20lbm/s
P2=2kgm/m³
●
. At the exit,
V3=320ft/s
V2=9ft³/lbm
Find the (a) velocity at section 2 in m/s,
(b) mass flow rate at the exit section in
kgm/s, and (c) area at the exit section in
m².](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc40aa93f-6bdb-4fdf-a7f5-573ac363d4a3%2Fa7bf669f-8b99-436b-9fe7-26ae0e8c959c%2Fadjmynb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two gases enter a combining tube and
leave as a single mixture.
. For the first gas,
A₁=72in²
V₁=205m/s
V₁=120gal/lbm
. For the other gas,
A₂=48in²
m2=20lbm/s
P2=2kgm/m³
●
. At the exit,
V3=320ft/s
V2=9ft³/lbm
Find the (a) velocity at section 2 in m/s,
(b) mass flow rate at the exit section in
kgm/s, and (c) area at the exit section in
m².
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