A_PISTON/CYLINDER_HAS_2KG_AMMONIA_AT_100_KPA,_50¬¨¬®‚ÄÖ√†√ªC_WHICH_IS_COMPRESSED_TO_1000_KPA._THE_TEMPERATURE_IS_ASSUMED_TO_BE_CONSTANT._FIND_THE_WORK_FOR_THE_PROCESS_ASSUMING_IT_TO_BE_REVERSIBLE.?$#

A_PISTON/CYLINDER_HAS_2KG_AMMONIA_AT_100_KPA,_50¬¨¬®‚ÄÖ√†�

1.	A_PISTON/CYLINDER_HAS_2KG_AMMONIA_AT_100_KPA,_50¬¨¬®‚ÄÖ√†√ªC_WHICH_IS_COMPRESSED_TO_1000_KPA._THE_TEMPERATURE_IS_ASSUMED_TO_BE_CONSTANT._FIND_THE_WORK_FOR_THE_PROCESS_ASSUMING_IT_TO_BE_REVERSIBLE.?$#
A.	-727.6 kJ
B.	-794.2 kJ
C.	-723.6 kJ
D.	-743.2 kJ
Answer» B. -794.2 kJ

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A_PISTON/CYLINDER_HAS_2KG_AMMONIA_AT_100_KPA,_50¬¨¬®‚ÄÖ√†√ªC_WHICH_IS_COMPRESSED_TO_1000_KPA._THE_TEMPERATURE_IS_ASSUMED_TO_BE_CONSTANT._FIND_THE_WORK_FOR_THE_PROCESS_ASSUMING_IT_TO_BE_REVERSIBLE.?$#
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A_PISTON/CYLINDER_HAS_2KG_AMMONIA_AT_100_KPA,_50¬¨¬®‚ÄÖ√†√ªC_WHICH_IS_COMPRESSED_TO_1000_KPA._THE_TEMPERATURE_IS_ASSUMED_TO_BE_CONSTANT._FIND_THE_WORK_FOR_THE_PROCESS_ASSUMING_IT_TO_BE_REVERSIBLE.?$#

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