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group summary 1st law of thermodynamics

# group summary 1st law of thermodynamics - be 1 =...

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Unformatted text preview: be / 1 = \$515”an :2. .. @k /Wﬁ? (CC/31> (2’3?) in E—Cc’é‘; g 249K I PHYSICS 116 CYCLE 7 6/6 ; GROUP SUMMARYPROBLEMS: 1” LAWOF THERMODYNAMICS 3 I 1. One mole of a mori'atomic ideal gas is at an initial pressure Po =105 Pa and volume Vo=2 x 102 m3. The P—V diagram below shows a reversible cyclic process 19293-9491 etc. for which P1=Po, P2=2.2P0,P3=1.1P0, P4=P0/2. ‘00 -: (053‘ ,2 . ‘ WgzclKgM/MZL/léga 004 21) Find the minimum and maximum temperatures. b) Make a table in your Laboratory Notebook like the one below, and then c . g. ﬁ :\ w\a\ (a .. E W , , ’ ‘M‘ I \J Wm M = PQUQAPPQC‘E‘Xbas/w-ZZQ (M 04 PU “ (4 ET“ .“ (3,5(Xﬂll) l“ K i352 (famﬁwﬁ‘ X975 > €75 5291 % eywtww=nZTln0\$> 3.5/7 INDIVIDUAL PROBLEMS: 1" LA W 0F THERMOD YNAMICS PHYSICS 116 CYCLE 7 *x 1. One mole of a monatomic ideal gas is at an initial pressure Po =2 x 105 Pa and volume Vo=1.2 x 10'2 m3. The P-V diagram below shows a reversible cyclic process 192939491 etc. for which P1=Po, P2=2 POIP3=2 Po, P4:130- *2: <0; ML W0 MIMZ 0225;; \$23302“ \ 1 a) Find the minimum and maximum temperatures. ‘ b) Make a table in your Laboratory Notebook like the one below, and then complete the table. i w - \$573 3—)4 {1-45 Q) W MZT' @ New @mxcéggémeg 3»er @gUM= guy-— — , 1-9! 4% PM u) 0 {00247XQZK4 ...
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group summary 1st law of thermodynamics - be 1 =...

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