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Within an air-handling system, a stream of air at T=30°C and 91=40% relative humidity is being mixed with air at T2=5°C and p2=20% relative humidity in order to create an outlet stream of air at T3=20°C with an absolute humidity of o3=0.006708 kgH20/kgdry air. The whole duct system has an overall pressure of 102 kPa. What is the ratio of volumetric flow rate ratio between the warm and cold incoming air streams (V,/V2)? Mixing section 2 3.

Within an air-handling system, a stream of air at T=30°C and 91=40% relative humidity is being mixed with air at T2=5°C and p2=20% relative humidity in order to create an outlet stream of air at T3=20°C with an absolute humidity of o3=0.006708 kgH20/kgdry air. The whole duct system has an overall pressure of 102 kPa. What is the ratio of volumetric flow rate ratio between the warm and cold incoming air streams (V,/V2)? Mixing section 2 3.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Within an air-handling system, a stream of air at T=30°C and 91=40% relative humidity is being mixed with air at T2=5°C and 92=20% relative humidity in order to create an outlet stream of air at T3-20°C with an absolute humidity of w3=0.006708 kg120/kgdry air. The whole duct system has an overall pressure of 102 kPa. What is the ratio of volumetric flow rate ratio between the warm and cold incoming air streams (V,/V2)? 1. Mixing 3 section 2
Transcribed Image Text:Within an air-handling system, a stream of air at T=30°C and 91=40% relative humidity is being mixed with air at T2=5°C and 92=20% relative humidity in order to create an outlet stream of air at T3-20°C with an absolute humidity of w3=0.006708 kg120/kgdry air. The whole duct system has an overall pressure of 102 kPa. What is the ratio of volumetric flow rate ratio between the warm and cold incoming air streams (V,/V2)? 1. Mixing 3 section 2
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