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A stream of humid air enters a condenser in which 95% of the water sapor in the air is condensed. The flow rate of the condensation (the liquid leaving the condenser). 2254/he Dry air may be taken to contain 21 mole fu oxygen with the balance p stream nitrogens Calculate the flow rate of the gar leaving the condenser and the mole frachunt of oxygen, mitrogen, and water in this stream. 16 is the An additional of information entenns air contains 10.09midle to water prece n (1/h) 0.100 noltholio) F0,900 mst dry air/n) 0.79 mot N/moldry duf: 5 vanabler cir air -3 specier -I vol. flow rate -1952 fractant Condensade O dof hog ₁ (moto) •M₂ (mil N₂/h) n's 122521₂0(1)/2 n₂ (mult₂o/h) 22 (95% of water in feed) silve these eens below EESTILOL BUD low mot next page Sulve the See more on the equations Age on the

A stream of humid air enters a condenser in which 95% of the water sapor in the air is condensed. The flow rate of the condensation (the liquid leaving the condenser). 2254/he Dry air may be taken to contain 21 mole fu oxygen with the balance p stream nitrogens Calculate the flow rate of the gar leaving the condenser and the mole frachunt of oxygen, mitrogen, and water in this stream. 16 is the An additional of information entenns air contains 10.09midle to water prece n (1/h) 0.100 noltholio) F0,900 mst dry air/n) 0.79 mot N/moldry duf: 5 vanabler cir air -3 specier -I vol. flow rate -1952 fractant Condensade O dof hog ₁ (moto) •M₂ (mil N₂/h) n's 122521₂0(1)/2 n₂ (mult₂o/h) 22 (95% of water in feed) silve these eens below EESTILOL BUD low mot next page Sulve the See more on the equations Age on the

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Chemical engineering: solve the equations 

on Degree-of-freedom analysis A stream of humid air enters a condenser in which 95% of the water sapor in the air is condensed. The flow rate of the condensation (the liquid leaving the condensen), is 225 4ho Dry air may be taken to contain 21 mole Proxygen with the balance agen nitrogens Calculate the flow rate of the gar stream leaving the condenser and the mole frachunt of this stream. oxygen, nitrogen, and water in An additional of information Весе entering air contains 10.09midle to water n₁ (mil/h) 0,100 molth2010 To F0,900 mst dry air/no) 10121 mut 02/md dry air (0.79 mol N₂/muldry air duf: 5 vanabler e -3 specier -I wol flow rate -195%, fractant Condensada O dof equations on the (motor) -M₂ (mil N₂/h) 3 n's 1₂25L1₂0(A)/ n₂ (mul M₂o/h) Sulve the Seee more on the AB next page the (95% of water in feed) mul tha22ESTILOL Sive these ecent below 024
Transcribed Image Text:on Degree-of-freedom analysis A stream of humid air enters a condenser in which 95% of the water sapor in the air is condensed. The flow rate of the condensation (the liquid leaving the condensen), is 225 4ho Dry air may be taken to contain 21 mole Proxygen with the balance agen nitrogens Calculate the flow rate of the gar stream leaving the condenser and the mole frachunt of this stream. oxygen, nitrogen, and water in An additional of information Весе entering air contains 10.09midle to water n₁ (mil/h) 0,100 molth2010 To F0,900 mst dry air/no) 10121 mut 02/md dry air (0.79 mol N₂/muldry air duf: 5 vanabler e -3 specier -I wol flow rate -195%, fractant Condensada O dof equations on the (motor) -M₂ (mil N₂/h) 3 n's 1₂25L1₂0(A)/ n₂ (mul M₂o/h) Sulve the Seee more on the AB next page the (95% of water in feed) mul tha22ESTILOL Sive these ecent below 024
2 finoLA) 22521/₂000 Loogne IN IND thou) 1,00 -3 h 18,0×10 h 15 95% condensation: 12² 0.95(0.100) (1₂) O₂ balance: 1, (0.900), (0.21) ²/1₂ N₂ bulunce n₁ (0.900) (0.79) = (ny H₂0 balance n, (0.100) = n₂ting total output gar flow rate Atotal nge nyeng output gar composition n You YNE in total ny in total Y₁₂ J²- ns in total
Transcribed Image Text:2 finoLA) 22521/₂000 Loogne IN IND thou) 1,00 -3 h 18,0×10 h 15 95% condensation: 12² 0.95(0.100) (1₂) O₂ balance: 1, (0.900), (0.21) ²/1₂ N₂ bulunce n₁ (0.900) (0.79) = (ny H₂0 balance n, (0.100) = n₂ting total output gar flow rate Atotal nge nyeng output gar composition n You YNE in total ny in total Y₁₂ J²- ns in total
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