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Air at 90.0°C and 1.0 atm (absolute) contains 9.0 mole% water. A continuous stream of this air enters a compressor-condenser, in which the temperature is lowered to 15.6°C and the pressure is raised to 2.90 atm. The air leaving the condenser is then heated isobarically to 100.0°C. Calculate the fraction of water that is condensed from the air, the relative humidity of the outlet air at 100.0°C, and the ratio (m³ outlet air at 100.0°C)/(m³ feed air) at 90.0°C. Fraction of water condensed: Relative humidity of the outlet air: i Volume ratio of outlet to inlet air: i

Air at 90.0°C and 1.0 atm (absolute) contains 9.0 mole% water. A continuous stream of this air enters a compressor-condenser, in which the temperature is lowered to 15.6°C and the pressure is raised to 2.90 atm. The air leaving the condenser is then heated isobarically to 100.0°C. Calculate the fraction of water that is condensed from the air, the relative humidity of the outlet air at 100.0°C, and the ratio (m³ outlet air at 100.0°C)/(m³ feed air) at 90.0°C. Fraction of water condensed: Relative humidity of the outlet air: i Volume ratio of outlet to inlet air: i

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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**Text Transcription for Educational Website:** Air at 90.0°C and 1.0 atm (absolute) contains 9.0 mole% water. A continuous stream of this air enters a compressor–condenser, in which the temperature is lowered to 15.6°C and the pressure is raised to 2.90 atm. The air leaving the condenser is then heated isobarically to 100.0°C. Calculate the fraction of water that is condensed from the air, the relative humidity of the outlet air at 100.0°C, and the ratio (m³ outlet air at 100.0°C)/(m³ feed air) at 90.0°C. - Fraction of water condensed: [Input Box] - Relative humidity of the outlet air: [Input Box] % - Volume ratio of outlet to inlet air: [Input Box] **Notes:** There are no graphs or diagrams included in the image to explain further.
Transcribed Image Text:**Text Transcription for Educational Website:** Air at 90.0°C and 1.0 atm (absolute) contains 9.0 mole% water. A continuous stream of this air enters a compressor–condenser, in which the temperature is lowered to 15.6°C and the pressure is raised to 2.90 atm. The air leaving the condenser is then heated isobarically to 100.0°C. Calculate the fraction of water that is condensed from the air, the relative humidity of the outlet air at 100.0°C, and the ratio (m³ outlet air at 100.0°C)/(m³ feed air) at 90.0°C. - Fraction of water condensed: [Input Box] - Relative humidity of the outlet air: [Input Box] % - Volume ratio of outlet to inlet air: [Input Box] **Notes:** There are no graphs or diagrams included in the image to explain further.
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