Boyles Law 
BTU 

Lowest Temp 


Highest Temp 








Sensible Heat of Freezing 


Minus Specific Heat of ICE 
0.504 

Equals 





Latent Heat (Change of State) 


Ice to Water 
32 

Sensible Heat 





Latent Heat(Change of State) 


Water to Steam 


Sensible Heat of Steam 


Minus Specific Heat of Steam 


Equals 


Total BTU to Change Deg F to Deg F 


Minus 


Equals Total Btus 

















Charles Law Volume and Temperature 


V1 in CuFt 

CuFt 1 
T1 Temperature in Fahrenheit 

Deg F 
V2 
x 
CuFt 
T2 Temperature in Fahrenheit 

Deg F 
T1 Absolute 

Deg R 1 
T2 Absolute 

Deg R 2 
V2 Equals or X Equals 

CuFt 2 





















Charles Law Volume and Temperature 


V1 in CuFt 

CuFt 1 
T1 Temperature in Celsius 

Deg C 1 
V2 
x 
CuFt 
T2 Temperature in Celsius 

Deg C 2 
T1 Absolute 

Deg K 1 
T2 Absolute 

Deg K 2 
V2 Equals or X Equals 

CuFt 2 


















Charles Law Pressure and Temperature 


P1 in PSIG 

PSIG 
T1 Temperature in Fahrenheit 

Deg F 
P2 Unknown 

PSIG 
T2 Temperature in Fahrenheit 

Deg F 
P1 Absolute 

PSIA 1 
T1 Absolute 

Deg R 
P2Absolute 

PSIA 2 
T2 Absolute 

Deg R 
P2 to PSIG 

PSIG 















Charles Law Pressure and Temperature 


P1 in PSIG 

PSIG 1 
T1 Temperature in Celsius 

Deg C 1 
P2 Unknown 

PSIG 2 
T2 Temperature in Celsius 

Deg C 2 
P1 Absolute 

PSIA 1 
T1 Absolute 

Deg K 1 
P2 Absolute 

PSIA 2 
T2 Absolute 

Deg K 2 







Fahrenheit 
Celsius 
Fahrenheit to Celsius 


Celsius to Fahrenheit 

















General Law of Perfect Gas 


P1 PSIG 

PSIG 1 
V1 

CuFt 1 
T1 Temperature in Fahrenheit 

Deg F 1 
P2 PSIA 

PSIA 2 
V2 

CuFt 2 
T2 Temperature in Fahrenheit 


P1 Absolute 

PSIA 1 
T1 Absolute 

Deg R 1 
P2 PSIG 

PSIG 2 
T2 Absolute 

Deg R 2 





















General Law of Perfect Gas 


P1 PSIG 

PSIG 1 
V1 

CuFt 1 
T1 Temperature in Celsius 

Deg F 1 
P2 PSIA 

PSIA 2 
V2 

CuFt 2 
T2 Temperature in Celsius 


P1 Absolute 

PSIA 1 
T1 Absolute 

Kelvin 1 
P2 PSIG 

PSIG 2 
T2 Absolute 

Kelvin 2 


















Work in Ft LBS = Force X Distance in 1 Minute 



LBS 
Distance in Feet 


