def pressureTemperatureTemperature():
space()
print("Unknown Temperature")
P1 = float(input("P1= "))
T1 = tempconv.tempConvChoose("T1")
P2 = float(input("P2= "))
T2 = P2 / (P1 / T1)
tempconv.xkelvin(T2)
xagain()
def volumeTemperatureTemperature():
space()
print("Unknown Temperature")
V1 = float(input("V1= "))
T1 = tempconv.tempConvChoose("T1")
V2 = float(input("V2= "))
T2 = V2 / (V1 / T1)
tempconv.xkelvin(T2)
xagain()
def PVEqualsNRTTemperature():
space()
print("Unknown Temperature")
P = float(input("P= "))
V = float(input("V= "))
n = float(input("n= "))
R = rvalue.menu()
T = (P * V) / (n * R)
tempconv.xkelvin(T)
xagain()
def pressureVolumeTemperatureTemperature():
space()
print("Unknown Temperature")
P1 = float(input("P1= "))
V1 = float(input("V1= "))
T1 = tempconv.tempConvChoose("T1")
P2 = float(input("P2= "))
V2 = tempconv.tempConvChoose("T2")
T2 = (P2 * V2) / ((P1 * V1) / T1)
tempconv.xkelvin(T2)
xagain()