5-120 Consider a 20-L evacuated rigid bottle that is surrounded by the atmosphere at 100 kPa and 27°C. A valve at the neck of the bottle is now opened and the atmospheric air is allowed to flow into the bottle. The air trapped in the bottle eventually reaches thermal equilibrium with the atmosphere as a result of heat transfer through the wall of the bottle. The valve remains open during the process so that the trapped air also reaches mechanical equilibrium with the atmosphere. Determine the net heat trans through the wall of the bottle during this filling process. Answer:= 2.0 kJ Air 20 L evacuated FIGURE P5-120 100 kPa 27°C

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Use 1st law ,make it simple.
5-120 Consider a 20-L evacuated rigid bottle that is surrounded by the
atmosphere at 100 kPa and 27°C. A valve at the neck of the bottle is now
opened and the atmospheric air is allowed to flow into the bottle. The air
trapped in the bottle eventually reaches thermal equilibrium with the
atmosphere as a result of heat transfer through the wall of the bottle. The
valve remains open during the process so that the trapped air also reaches
mechanical equilibrium with the atmosphere. Determine the net heat transf
through the wall of the bottle during this filling process. Answer: 2.0 kJ
Air
20 L
evacuated
FIGURE P5-120
100 kPa
27°C
The tor
Transcribed Image Text:5-120 Consider a 20-L evacuated rigid bottle that is surrounded by the atmosphere at 100 kPa and 27°C. A valve at the neck of the bottle is now opened and the atmospheric air is allowed to flow into the bottle. The air trapped in the bottle eventually reaches thermal equilibrium with the atmosphere as a result of heat transfer through the wall of the bottle. The valve remains open during the process so that the trapped air also reaches mechanical equilibrium with the atmosphere. Determine the net heat transf through the wall of the bottle during this filling process. Answer: 2.0 kJ Air 20 L evacuated FIGURE P5-120 100 kPa 27°C The tor
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