18-3 - RQ 1/25: Two containers of ideal gas are at the same...

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Unformatted text preview: RQ 1/25: Two containers of ideal gas are at the same temperature and have the same number of molecules. Both contain the same type of gas, but container B has twice the volume of container A. The internal energy of the gas in container B is a. twice that of container A. [b. the same as that for container A. } c. half that of container A. d. impossible to determine. a) Calculate the work, W, done in the process shown in the PV diagram above. b) Calculate the initial and final internal energies in the process shown in the PV diagram. c) Calculate the heat Q associated with the process shown in the PV,diagram. 4 I 0.005 mol !!as 3 I _f ..... E ii2 ..... A. 1 I . I t a 100 300 V [cmA3] E~~?l.!:---- ~-1----- i . ,-4- 3"-(()'! ?-,. ! ~-'1--------" 'Pt~p.l- .-----" . . . . .-~-\Oi:' t(' ~ ~ . J..-8 .-i I t06 = \.O-'trM'- ~ "t:~J S 1: .0"" tI\------ ~)~w~+-'S~\NS1;i-- w~_:= £I~ ~~~ ') ~~V1U V()l,,~~ _.'.n,C~(lq~$..--- i _.---------t- ._------------ ~--i- \~() ~~4t,-:doi.~~ ~ ~~?f4J-$s-1.-=+(v)~ P_= 10' "-- C.f~l~')__----------- ~----- ~-----;- ;...---------. -- ---- ~- ~ i) ~£.e~k.. _AVee+ f.)~...",-+U~...
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This note was uploaded on 04/20/2008 for the course PHYS 30320 taught by Professor Howk during the Spring '08 term at Notre Dame.

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18-3 - RQ 1/25: Two containers of ideal gas are at the same...

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