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isobaric specific heat of nitrogen at 1200 psi, 294.3 degrees kelvin

Input interpretation

nitrogen | isobaric specific heat c_p | temperature | 294.3 K (kelvins) pressure | 1200 psi (pounds-force per square inch)
nitrogen | isobaric specific heat c_p | temperature | 294.3 K (kelvins) pressure | 1200 psi (pounds-force per square inch)

Result

1177 J/(kg K) (joules per kilogram kelvin)
1177 J/(kg K) (joules per kilogram kelvin)

Interpretation

specific entropy
specific entropy

Basic unit dimensions

[length]^2 [time]^(-2) [temperature]^(-1)
[length]^2 [time]^(-2) [temperature]^(-1)

Thermodynamic properties

phase | supercritical fluid temperature | 294.3 K 21.15 °C pressure | 8.274×10^6 Pa 81.66 atm density | 94.94 kg/m^3 0.09494 g/cm^3 sound speed | 1331 km/h 369.7 m/s specific heat c_p | 1177 J/(kg K) specific heat c_V | 762.3 J/(kg K) specific entropy | 5460 J/(kg K) specific enthalpy | 288172 J/kg specific internal energy | 201029 J/kg
phase | supercritical fluid temperature | 294.3 K 21.15 °C pressure | 8.274×10^6 Pa 81.66 atm density | 94.94 kg/m^3 0.09494 g/cm^3 sound speed | 1331 km/h 369.7 m/s specific heat c_p | 1177 J/(kg K) specific heat c_V | 762.3 J/(kg K) specific entropy | 5460 J/(kg K) specific enthalpy | 288172 J/kg specific internal energy | 201029 J/kg

Phase diagram

Phase diagram
Phase diagram