Assume that there is an isolated system which has 2 compartments that are separated by a wall that is adiabatic, impermeable, and movable. The said system contains an ideal gas. One compartment has N()=0.75 gas moles and is initially held at 200K. Then, the other compartment has N(2)=0.5 gas moles and is initially held at 300K. Moreover, the initial pressures are P)=p(2)=2 atm. Find the final volume of each compartment at equilibrium.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Assume that there is an isolated system which has 2 compartments that are separated by a wall that is
adiabatic, impermeable, and movable. The said system contains an ideal gas. One compartment has
NO-0.75 gas moles and is initially held at 200K. Then, the other compartment has N2)-0.5 gas moles and
is initially held at 300K. Moreover, the initial pressures are P(1)-p(2)-2 atm. Find the final volume of each
compartment at equilibrium.
Transcribed Image Text:Assume that there is an isolated system which has 2 compartments that are separated by a wall that is adiabatic, impermeable, and movable. The said system contains an ideal gas. One compartment has NO-0.75 gas moles and is initially held at 200K. Then, the other compartment has N2)-0.5 gas moles and is initially held at 300K. Moreover, the initial pressures are P(1)-p(2)-2 atm. Find the final volume of each compartment at equilibrium.
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