Q3: For building in the city of Nassiriah, it is given that: Room sensible heat gain 40 KW Room latent heat gain 10 KW Inside design condition: 25 DBT, 50 % RH Out-door design condition: 43 DBT and 27.5 WBT Fir= Fre-Plo CAS₂ V₂² Bypass factor of the cooling coil = 0.1 The return air from the space is mixed with the outside air before entering the cooling coil in the ratio of 4/ by weight. Determine: ->> 도 SHYLH = 1- Apparatus dew point temperature. 2-Condition of air, leaving cooling coil. 3- Ventilation air mass and volume flow rate. 4- Total cooling load of the conditioning plant. M FTP لاطول مار h₂-hy m₂-h.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
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Chapter6: Forced Convection Over Exterior Surfaces
Section: Chapter Questions
Problem 6.2DP
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Q3:
For building in the city of Nassiriah, it is given that:
Room sensible heat gain
= 40 KW
= 10 KW
Room latent heat gain
Inside design condition:
1- Apparatus dew point temperature.
2-Condition of air leaving cooling coil.
3- Ventilation air mass and volume flow rate.
4- Total cooling load of the conditioning plant.
FTP
لاطول مار
25 DBT, 50 % RH
Outdoor design condition: 43 DBT and 27.5 WBT
Bypass factor of the cooling coil = 0.1
Seta
The return air from the space is mixed with the outside air before entering the cooling coil
in the ratio of 4/ by weight.
도
Determine:
SHYLH
h₂-hy
Ess=fre-pdo
4₂-4.
Transcribed Image Text:Q3: For building in the city of Nassiriah, it is given that: Room sensible heat gain = 40 KW = 10 KW Room latent heat gain Inside design condition: 1- Apparatus dew point temperature. 2-Condition of air leaving cooling coil. 3- Ventilation air mass and volume flow rate. 4- Total cooling load of the conditioning plant. FTP لاطول مار 25 DBT, 50 % RH Outdoor design condition: 43 DBT and 27.5 WBT Bypass factor of the cooling coil = 0.1 Seta The return air from the space is mixed with the outside air before entering the cooling coil in the ratio of 4/ by weight. 도 Determine: SHYLH h₂-hy Ess=fre-pdo 4₂-4.
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