Assume 2 kg of air at 1. 3.03975 Mpaa (30 atm), 143°K undergo a constant pressure process until the temperature becomes 293 K from item B26, determine the total change of enthalpy and entropy show ts sketch of process. cal cal h₁ = 39. h₂= 3- gm gm $₁= -0.43 S₂ = -0.22 kcal kg.°K)

Assume 2 kg of air at 1. 3.03975 Mpaa (30 atm), 143°K undergo a constant pressure process until the temperature becomes 293 K from item B26, determine the total change of enthalpy and entropy show ts sketch of process. cal cal h₁ = 39. h₂= 3- gm gm $₁= -0.43 S₂ = -0.22 kcal kg.°K)

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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Question

Answer no. 1

REC
BSPE 18
air
2 kg
3.03975 Mpaa (30 atm), 143°K undergo a constant
pressure process until the temperature becomes
293°K from item B26, determine the total change of
enthalpy and entropy show ts sketch of process.
1.
Assume
of
at
cal
cal
h2 = 3-
gm
= 39-
gm
kcal
S1 = -0.43 s2 = -0.22
ka. °K
Bernie is presenting

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