A new, cold-air-standard cycle operates between 3 states in a piston-cylinder device: ● 1 → 2: constant volume heat addition ● 2 → 3: isobaric expansion ● 3 → 1: compression such that pressure and volume have a linear relationship For this cycle, ?_h = 2?_L, where ?_H is the high pressure and ?_L is the low pressure, respectively, and ?_1 = 1/3?_3 a) Draw this cycle on a P-v diagram. b) Find the temperature ratios T_2/T_1 and T_3/T_1
A new, cold-air-standard cycle operates between 3 states in a piston-cylinder device: ● 1 → 2: constant volume heat addition ● 2 → 3: isobaric expansion ● 3 → 1: compression such that pressure and volume have a linear relationship For this cycle, ?_h = 2?_L, where ?_H is the high pressure and ?_L is the low pressure, respectively, and ?_1 = 1/3?_3 a) Draw this cycle on a P-v diagram. b) Find the temperature ratios T_2/T_1 and T_3/T_1
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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A new, cold-air-standard cycle operates between 3 states in a piston-cylinder device:
● 1 → 2: constant volume heat addition
● 2 → 3: isobaric expansion
● 3 → 1: compression such that pressure and volume have a linear relationship
For this cycle, ?_h = 2?_L, where ?_H is the high pressure and ?_L is the low pressure, respectively, and
?_1 = 1/3?_3
a) Draw this cycle on a P-v diagram.
b) Find the temperature ratios T_2/T_1 and T_3/T_1
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