1) Air and Carbon Monoxide are contained to opposite sides of a rigid, insulated container by a partition free to move a
Posted: Tue Apr 26, 2022 4:54 pm
1) Air and Carbon Monoxide are contained to opposite sides of a rigid, insulated container by a partition free to move and then both gases mixed in the full space. 4 kg of CO at 2.5 bar and 486 K in one side of the container separated by a movable partition and in the other side is 1.8 kg of AIR at 4.5 bar and 339 K. Assume that the specific heat ratio for Air and CO is the same and stay constant at k = 1.300.
Enter the specific heat at constant volume for Carbon Monoxide in kJ/(kg k) using c_v = R / (k -1)
2) Air and Carbon Monoxide are contained to opposite sides of a rigid, insulated container by a partition free to move and then both gases mixed in the full space. 3 kg of CO at 2.8 bar and 438 K in one side of the container separated by a movable partition and in the other side is 2.3 kg of AIR at 4.4 bar and 379 K.
if c_v for Air is 0.727, and for CO is 0.751
find the temperature when the partition was remove and the mixture get a final equilibrium temperature in Kelvin.
urgent help
Enter the specific heat at constant volume for Carbon Monoxide in kJ/(kg k) using c_v = R / (k -1)
2) Air and Carbon Monoxide are contained to opposite sides of a rigid, insulated container by a partition free to move and then both gases mixed in the full space. 3 kg of CO at 2.8 bar and 438 K in one side of the container separated by a movable partition and in the other side is 2.3 kg of AIR at 4.4 bar and 379 K.
if c_v for Air is 0.727, and for CO is 0.751
find the temperature when the partition was remove and the mixture get a final equilibrium temperature in Kelvin.
urgent help