- #1
escapistgoat
- 3
- 0
The ideal gas law states that pressure (P) is equal to the product of density (N), the ideal gas constant (R) and temperature (T):
P = N x R x T
I can't figure out which unit the pressure is actually in, although it does seems to work out as the figure I'm supposed to get with a 11706.85° increase in temperature is around 40x the pressure at 293.15° Kelvin:
N = 1.204 kg/cubic metre
R = 8.314472
T = 293.15
P = 2934.61
N = 1.204 kg/cubic metre
R = 8.314472
T = 12000
P = 120127.49
Thank you for considering this!
- Gordon
P = N x R x T
I can't figure out which unit the pressure is actually in, although it does seems to work out as the figure I'm supposed to get with a 11706.85° increase in temperature is around 40x the pressure at 293.15° Kelvin:
N = 1.204 kg/cubic metre
R = 8.314472
T = 293.15
P = 2934.61
N = 1.204 kg/cubic metre
R = 8.314472
T = 12000
P = 120127.49
Thank you for considering this!
- Gordon