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Show the solution and diagram.  Air in an airconditioner enters at 65% RH with w = 0.025 and leaves at 25 oC dry bulb and 16 oC wet bulb.  If mass of air is 10 kg/s, find the refrigeration capacity in tons of refrigeration. At 65% RH, w = 0.025:  h = 85 KJ/kg, v = 0.803 m3/kg At 25 oC db, 16 oC wb:  h = 43 KJ/kg   A. 134.34 TR     B. 119.45 TR      C.  102.45 TR          D.  98.34 TR

Show the solution and diagram.  Air in an airconditioner enters at 65% RH with w = 0.025 and leaves at 25 oC dry bulb and 16 oC wet bulb.  If mass of air is 10 kg/s, find the refrigeration capacity in tons of refrigeration. At 65% RH, w = 0.025:  h = 85 KJ/kg, v = 0.803 m3/kg At 25 oC db, 16 oC wb:  h = 43 KJ/kg   A. 134.34 TR     B. 119.45 TR      C.  102.45 TR          D.  98.34 TR

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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Show the solution and diagram. 

Air in an airconditioner enters at 65% RH with w = 0.025 and leaves at 25 oC dry bulb and 16 oC wet bulb.  If mass of air is 10 kg/s, find the refrigeration capacity in tons of refrigeration.

At 65% RH, w = 0.025:  h = 85 KJ/kg, v = 0.803 m3/kg

At 25 oC db, 16 oC wb:  h = 43 KJ/kg

 

A. 134.34 TR     B. 119.45 TR      C.  102.45 TR          D.  98.34 TR

Air in an airconditioner enters at 65% RH with w 0.025 and leaves at 25 °C dry bulb and 16 °C wet bulb. If mass of air is 10 kg/s, find the w ww m refrigeration capacity in tons of refrigeration. At 65% RH, w 0.025: h 85 KJ/kg, v = 0.803 m3/kg At 25 °C db, 16°C wb: h 43 KJ/kg www m
Transcribed Image Text:Air in an airconditioner enters at 65% RH with w 0.025 and leaves at 25 °C dry bulb and 16 °C wet bulb. If mass of air is 10 kg/s, find the w ww m refrigeration capacity in tons of refrigeration. At 65% RH, w 0.025: h 85 KJ/kg, v = 0.803 m3/kg At 25 °C db, 16°C wb: h 43 KJ/kg www m
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