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Given the following reaction
The initial mole of ammonia is 
moles. The percentage yield of the reaction is 
. Assume the external pressure is 
and the initial volume is 
. Determine the final volume and work done by the chemical mixture on the surrounding.
Given the following reaction
The initial mole of ammonia is moles. The percentage yield of the reaction is . Assume the external pressure is and the initial volume is . Determine the final volume and work done by the chemical mixture on the surrounding.
24 Jul 2020
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. Given the initial volume is 
and the work done on the system is 
. Determine the final volume. 
closed system with a flexible boundary and 
mole of gas and is at equilibrium with the surrounding. The external pressure was at 
and then dropped to 
. The system expands in response to the external pressure drop. Determine the work done on the surrounding by the system during expansion. 
to 
. Determine the work done by the system on the surrounding. Given external pressure is 
.