11. A piston-cylinder assembly shown below is initially containing 2g of air at STP. Heat is then added until the temperature of the air inside the system reaches 250°C and pressure of 3kPag. Determine the work done (k) by fluid due to expansion. Calculate also the required spring constant (N/mm) necessary to compensate the expansion of the cylinder. SPRING Air at STP D- 30cm Heat
11. A piston-cylinder assembly shown below is initially containing 2g of air at STP. Heat is then added until the temperature of the air inside the system reaches 250°C and pressure of 3kPag. Determine the work done (k) by fluid due to expansion. Calculate also the required spring constant (N/mm) necessary to compensate the expansion of the cylinder. SPRING Air at STP D- 30cm Heat
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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Transcribed Image Text:11. A piston-cylinder assembly shown below is initially containing 2g of air at STP.
Heat is then added until the temperature of the air inside the system reaches 250°C
and pressure of 3kPag. Determine the work done (kJ) by fluid due to expansion.
Calculate also the required spring constant (N/mm) necessary to compensate the
expansion of the cylinder.
SPRING
Air at STP
D- 30cm
Heat
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