[ W = \frac0.62198 \cdot \phi \cdot p_wsp - \phi \cdot p_ws ]
However, is:
This is a specific technical request regarding the , Chapter 4 (Psychrometrics), page 4.21, Equation 48 .
After reviewing the 2009 ASHRAE Handbook—Fundamentals (I-P units), I can confirm that is the fundamental relationship used to calculate humidity ratio (( W )) from relative humidity (( \phi )) and barometric pressure (( p )):
[ W = 0.62198 \cdot \fracp_wp - p_w ]
[ W = \frac0.62198 \cdot \phi \cdot p_wsp - \phi \cdot p_ws ]
However, is:
This is a specific technical request regarding the , Chapter 4 (Psychrometrics), page 4.21, Equation 48 . 2009 ashrae hof chapter 4 equation 48 -pg 4.21--
After reviewing the 2009 ASHRAE Handbook—Fundamentals (I-P units), I can confirm that is the fundamental relationship used to calculate humidity ratio (( W )) from relative humidity (( \phi )) and barometric pressure (( p )): [ W = \frac0
[ W = 0.62198 \cdot \fracp_wp - p_w ]
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