Elementary Principles 157 - 5.65 a. kg / m3 = = d i m (kg)...

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5- 45 5.65 a. ρ kg / m m (kg) V (m ) (MW)P RT 3 3 di == 30 kg kmol 465 K 9.0 MPa 0.08206 10 atm 1.013 MPa kg m ma tm kmol K 3 3 69 8 . b. T P r r Fig. 5.4-3 U V W ⇒= 465 310 15 90 45 20 084 . .. . . z = (MW)P zRT kg m kg m 3 3 69 8 831 . . . 5.66 Moles of CO : 2 100 lb CO lb - mole CO lb CO lb - moles m2 2 1 44 01 227 . . = ( ) C rC C 3 C r 3 C 1600 14.7 psi 1 atm T 304.2 K PP P 1 . 5 0 7 72.9 atm 14.7 psi P7 2 . 9 a t m ˆ 10.0 ft 72.9 atm lb-mole R 1 K VP ˆ V0 . 8 0 RT 2.27 lb-moles 304.2 K 0.7302 ft atm 1.8 R + = = = = ⋅° = Fig. 5.4-3: P r = 1507 ., V z r =⇒ = 080 085 .. T PV znR 1614.7 psi 10.0 ft lb - mole R 1 atm 0.85 2.27 lb - moles 0.7302 ft atm 14.7 psi R F 3 3 ⋅° = ° 779 320 5.67 O : T 154.4 K P 49.7 atm T 298 154.4 1.93 P 1 49.7 0.02 z 1.00 (Fig. 5.4 -2) T 358 154.4 2.23 P 1000 49.7 20.12 z 1.61 Fig. 5.4 - 4 2C C r r 1 r r 2
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This note was uploaded on 02/27/2012 for the course CHEMICAL E 312 taught by Professor Cheung during the Fall '11 term at The University of Akron.

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