A cylinder of 0.9 m in volume contains air at 0°C and 39.24 N/cm absolute pressure. The air is compressed to 0.45 m. Find ( the pressure inside the cylinder assuming isothermal process, (i) pressure and temperature assuming adiabatic process. Take k= 1.4 for air. [Ans. () 78.48 N/em? (i) 103 5 N/m?, 140°C]
A cylinder of 0.9 m in volume contains air at 0°C and 39.24 N/cm absolute pressure. The air is compressed to 0.45 m. Find ( the pressure inside the cylinder assuming isothermal process, (i) pressure and temperature assuming adiabatic process. Take k= 1.4 for air. [Ans. () 78.48 N/em? (i) 103 5 N/m?, 140°C]
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![17. A cylinder of 0.9 m in volume contains air at 0°C and 39.24 N/cm absolute pressure. The air is
compressed to 0.45 m. Find () the pressure inside the cylinder assuming isothermal process,
() pressure and temperature assuming adiabatic process. Take k = 1.4 for air.
[Ans. (1) 78.48 Ncm, (i) 103.5 N/m, 140°C]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fac3a37ca-0269-4686-b6c6-387a96cc05b6%2Fc3b3f306-b1ff-4225-89ab-7b9ad2da6ed9%2Fax9poe7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:17. A cylinder of 0.9 m in volume contains air at 0°C and 39.24 N/cm absolute pressure. The air is
compressed to 0.45 m. Find () the pressure inside the cylinder assuming isothermal process,
() pressure and temperature assuming adiabatic process. Take k = 1.4 for air.
[Ans. (1) 78.48 Ncm, (i) 103.5 N/m, 140°C]
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