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formulas for midterm one
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Fahrenheit
(C*9/5)+32
Celsius
(F-32)*5/9
Kelvin
C+273.15
Pressure Conversion
1 hPa= 100Pa= 1mb
Pressure
P=F/A
Density
ρ=m/v
hydrostatic
∆P=-ρg∆z
ideal gas law for dry air
P=ρ(Rd)T
ideal gas law for moist air
P=ρ(Rd)Tv
virtual temperature
Tv=T(1+0.61r)
Wien’s Law
λmaxT=b
Boltzmann’s Law
Etotal=T^4
Sensible Heat
Q=mc∆t
Latent Heat
Q=mL
Lapse Rate
Γ=-∆T/∆z
Potential Temperature
θ=T(P0/P)^.285
Relative Humidity
((actual moisture)/(saturation moisture))*100
Speed of light
c= 3e8m/s
DALR
9.8°C per kilometer
SLP
1013.25 hPa
air density near sea level
1.2 kg/m³