| Help me solve this table of Atomospheric Pressure | |
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| Tweet Topic Started: Oct 23 2006, 06:03 PM (132 Views) | |
| Uzumaki Naruto | Oct 23 2006, 06:03 PM Post #1 |
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Temp = 70 farenheit, Dew point=? vapor Pressure= 5.6 saturation =24.8 and RH= 72% Temp=55 farenheit, Dew point = 55 Farenheit, Vapor Pressure =? Saturation vapor pressure = 20.9 and RH=? Temp=45 farenheit, Dew point =? Vapor Pressure=5.05 Saturation vapor pressure=10.1 and RH =50% Temp=50 farenheit, Dew point =50 vapor pressure - ? Saturation =? and RH=100% Temp=? Dew point=? Vapor Pressure=8.4, Saturation vapor pressure=11.2 and RH =75% Temp=75 Farenheit, Dew point=? Vapor Pressure=6.1 Saturation vapor pressure=29.3 and RH=88% if you solve this I'll be most greatful, I've tried filling it in, so some of the stuff could be wrong. |
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| Alex | Oct 23 2006, 06:09 PM Post #2 |
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Brehehehee!!
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*baffled* :ph43r: :ph43r: |
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| Introduction | Oct 25 2006, 05:41 PM Post #3 |
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Force Impulse Gundam
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?_? |
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| Cloud | Oct 25 2006, 06:27 PM Post #4 |
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To go between saturation vapor pressure and air temperature, use Clausius-Clapeyron equation. Use the approximation given on wikipedia under "meteorology" (keep your units straight): http://en.wikipedia.org/wiki/Clausius-Clapeyron_relation You could also try integrating the equation above the approximation with respect to T if you want, rather than converting units. Relative humidity: RH = vapor pressure/saturation vapor pressure Dewpoint is a ***** to find analytically. Try the wikipedia approximation: http://en.wikipedia.org/wiki/Dewpoint |
Welcome to the good life
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| Jinzo | Oct 26 2006, 04:25 PM Post #5 |
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wow |
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