At 32°C and 205 kpa gauge. The specific weight of a certain gas was 13.7 N/m³. Determine the gas constant of this gas.
6 answers
answer = 718.87 J/kg K.
answer = 718.87 J/kg K.
Comment/likes if you want the step by step solution of the given problem.
Comment/likes if you want the step by step solution of the given problem.
Step by step solution please
Bat 481.12 J/kg.K nakukuha ko? Huhu
Ah gets. Wala kasing atmospheric pressure sa module namin na nalagay si sir.
T= 32 + 273 = 305 K
P absolute = 205 + 101.325 = 306.325 kPa
Specific weight = 13.7 N/m3
Mass density = 13.7/9.81 = 1.397 kg/m3
R= P/(mass density × T)
R= 306,325 Pa / (1.397 kg/m3 × 305 K)
R= 718.93 J/kg.K
P absolute = 205 + 101.325 = 306.325 kPa
Specific weight = 13.7 N/m3
Mass density = 13.7/9.81 = 1.397 kg/m3
R= P/(mass density × T)
R= 306,325 Pa / (1.397 kg/m3 × 305 K)
R= 718.93 J/kg.K
2 answers