Ok, so air only changes 3.3% for every 10 deg C. That’s great. I would call that statistically insignificant so I can ignore it.
the rule of thumb that I guess I was referring to was that humidity drops roughly in half (assuming no additions or removal of water) for ever 10 deg C increase in...
Ok i got it.
First you must use this formula to find the saturation pressure at the given temperature.
Saturation vapour pressure, ps, in pascals:
ps = 610.78 *exp( t / ( t + 238.3 ) *17.2694 )
where t is the temperature in degrees Celsius
At 18 deg C it = 2054 Pa
Relative Humidity (RH) =...
Thx haruspex, I’ve been continuing my research on my own and it seems to always come back to plotting points on a psychometric table. But I am trying to design a computer model that can take the units expressed and convert it to lbs of water/hr removed which can then be calculated against the...
MOD Note: Moved from Member intros to here hence no homework template.
While its not homework it fits the spirit of homework.
If ambient air is 10 deg C with relative humidity of 75%. And air exiting a grain bin is 18 deg C with relative humidity of 85% at a rate of 3000 cubic feet per second...