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Match the corresponding formula from the right column to the description on the left. -S²₁ 1 Definition of entropy Increase of Entropy Principle Clausius inequality Reversible steady-flow work for compressor The first Tds relation The second Tds relation Reversible steady-flow work for turbine Isentropic relations for ideal gases with constant specific heats B. C. W rev, out "- W rev,in D. E. = = [² vdp. 1 du ds==+ 8Q dSZT vdP - Ake - Ape vdP + Ake+ Ape Pdv F. dS= or _&S=S₂-S₁²¸ dh vdP ds=-- T 21, ²00 = √²50 + 5₁ gen 1 or A.S=S₂-S₁= 80 (1) AS-5₁-5,- / (+) or int, rev G. a $ 250 zerzer- -1/k . and

Match the corresponding formula from the right column to the description on the left. -S²₁ 1 Definition of entropy Increase of Entropy Principle Clausius inequality Reversible steady-flow work for compressor The first Tds relation The second Tds relation Reversible steady-flow work for turbine Isentropic relations for ideal gases with constant specific heats B. C. W rev, out "- W rev,in D. E. = = [² vdp. 1 du ds==+ 8Q dSZT vdP - Ake - Ape vdP + Ake+ Ape Pdv F. dS= or _&S=S₂-S₁²¸ dh vdP ds=-- T 21, ²00 = √²50 + 5₁ gen 1 or A.S=S₂-S₁= 80 (1) AS-5₁-5,- / (+) or int, rev G. a $ 250 zerzer- -1/k . and

Elements Of Electromagnetics
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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Match the corresponding formula from the right column to the description on the left.

                                                                                                       

Definition of entropy
                                                                                                       

Increase of Entropy Principle
                                                                                                       

Clausius inequality
                                                                                                       

Reversible steady-flow work for compressor
                                                                                                       

The first   relation
                                                                                                       

The second   relation
                                                                                                       

Reversible steady-flow work for turbine
                                                                                                       

Isentropic relations for ideal gases with constant specific heats
QUESTION 17 Match the corresponding formula from the right column to the description on the left. A. 2 - S₁vd 1 Definition of entropy Increase of Entropy Principle ✓Clausius inequality Reversible steady-flow work for compressor ✓ The first Tds relation The second Tds relation Reversible steady-flow work for turbine Isentropic relations for ideal gases with constant specific heats B. C. D. E. W W rev, out rev.in d$ 2 du Pdv ds=-+ T T == F. dS= 2 =5²₁ 1 ds=- 8Q T or AS=S₁₂ S₁2 or AS=S₁-S₁ = 1²00 5-18 T P 1 dh T T 8Q G. $0 / 50 H. T₂ vdP+ Ake+ Ape vdP Ake- A pe vdP Int, rev 80 AS=S₂-S₁ = $₂ - $₁ = 1,²( 1² ) 2 1 V 2 1² 1² 500 V -1 2 3-ere*. = P1 1 or gen ind, rev k-1/k and
Transcribed Image Text:QUESTION 17 Match the corresponding formula from the right column to the description on the left. A. 2 - S₁vd 1 Definition of entropy Increase of Entropy Principle ✓Clausius inequality Reversible steady-flow work for compressor ✓ The first Tds relation The second Tds relation Reversible steady-flow work for turbine Isentropic relations for ideal gases with constant specific heats B. C. D. E. W W rev, out rev.in d$ 2 du Pdv ds=-+ T T == F. dS= 2 =5²₁ 1 ds=- 8Q T or AS=S₁₂ S₁2 or AS=S₁-S₁ = 1²00 5-18 T P 1 dh T T 8Q G. $0 / 50 H. T₂ vdP+ Ake+ Ape vdP Ake- A pe vdP Int, rev 80 AS=S₂-S₁ = $₂ - $₁ = 1,²( 1² ) 2 1 V 2 1² 1² 500 V -1 2 3-ere*. = P1 1 or gen ind, rev k-1/k and
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