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The cylinder-piston device contains 0.8 kg of ideal gas. Now, the gas is cooled at constant pressure until its temperature drops by 10 °C. If 16.6 kJ of compression work is performed during this process, determine the gas constant and the molar mass of the gas. Also, determine the constant volume and constant pressure specific heats of the gas if the specific heat ratio is 1.667

The cylinder-piston device contains 0.8 kg of ideal gas. Now, the gas is cooled at constant pressure until its temperature drops by 10 °C. If 16.6 kJ of compression work is performed during this process, determine the gas constant and the molar mass of the gas. Also, determine the constant volume and constant pressure specific heats of the gas if the specific heat ratio is 1.667

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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I have a question in my homework related thermodynamics lesson. The following below is my question. Please advice. Thank you.

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Irfan

The cylinder-piston device contains 0.8 kg of ideal gas. Now, the gas is cooled at constant pressure until its temperature drops by 10 °C. If 16.6 kJ of compression work is performed during this process, determine the gas constant and the molar mass of the gas. Also, determine the constant volume and constant pressure specific heats of the gas if the specific heat ratio is 1.667 Idcal gas 0.8 kg AT = 10°C
Transcribed Image Text:The cylinder-piston device contains 0.8 kg of ideal gas. Now, the gas is cooled at constant pressure until its temperature drops by 10 °C. If 16.6 kJ of compression work is performed during this process, determine the gas constant and the molar mass of the gas. Also, determine the constant volume and constant pressure specific heats of the gas if the specific heat ratio is 1.667 Idcal gas 0.8 kg AT = 10°C
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