Ok, so the ratio of partial pressures is directly proportional to the ratio of moles
input temp of 300F = 759.67R
Psat=66.98psia
Partial Vapor Pressure Input= 5%(66.98psia)=3.349psia
Partial Gas Pressure Input= 19.696-3.349=16.347PSIA
mols of vapor in=[R #mole/10.73159 psi...
I am currently attempting to determine the amount (mass) of water that is condensing during a temperature change inside of a heat exchanger. Inititial Temp is 300°F, Initial Pressure is 19.696psia (5psig) in the air stream, Initial %RH is 5%. Final Temperature is 129°F and becomes 100% RH at...
So the water vapor partial pressure is not dependant on the air pressure at all, and is constant based only on RH and saturation pressure? Also, is my final delta P = (5%RH * Saturation pressure at 300°) - (100%RH * saturation pressure at 129°)?
What i would have then is:
DeltaP=...
Vectors are added head to tail. You can draw them out starting with A being horizontal to the right. B is added to the arrow end of A up 30° from horizontal, and C is added to the end of B at 80° from the line of vector B or an effective 110° from horizontal. You need to sum the X and Y...
I am currently attempting to determine the amount (mass) of water that is condensing during a temperature change inside of a heat exchanger. Inititial Temp is 300°F, Initial Pressure is 19.696psia (5psig) in the air stream, Initial %RH is 5%. Final Temperature is 129°F and becomes 100% RH at...