Notes on Chapter Five

25m ch 4 vg cm3 350 s pm rt 12 3 cm3 758 mm hg 2802 g

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Unformatted text preview: OP Q 12 881 cm3 s b0.25gb16.05g b0.75gb44.11g 0.75M C3H 8 LM b758gb28.02gb323.2g OP N b1800gb37.10gb298.2g Q 37.10 g mol 12 205 cm3 s 5.15 a. Reactor h soap R2 h V= t d0.012 m i 22 n CO 2 n CO2 b. PV RT 755 mm Hg 1 atm 1.1 10-3 m3 / min 1000 mol 3 m atm 300 K 1 kmol 0.08206 kmol K 760 mm Hg 4 . 12 m 60 s . 11 10 7.4 s min 3 m3 / min 0.044 mol/min 5.16 m air 10.0 kg / h n air (kmol / h) n (kmol / h) y CO (kmol CO 2 / kmol) 2 VCO 2 = 20.0 m3 / h n CO (kmol / h) 2 150 o C, 1.5 bar Assume ideal gas beha...
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This document was uploaded on 03/06/2014 for the course CHE 2172 at LSU.

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