00:01
So we have a turbine and we have single flow.
00:08
This would be single flow of steady.
00:15
I'll actually say steady single flow.
00:24
And that's for both the inlet and the exit.
00:28
We have an adiabatic process.
00:32
So we know that there is no heat transfer.
00:34
Or we can say that the rate of heat transfer is equaling zero.
00:40
So we can say that then for continuity, the mass transfer rate at the inlet equals the mass transfer rate at the exit, and this is simply going to be equaling the mass transfer rate, the constant mass transfer rate.
00:58
The mass transfer rate multiplied by the inlet enthalpy, equals the mass transfer rate multiplied by the exit enthalpy, plus the rate of a specific work.
01:12
We can say that then rate of mass transfer multiplied by the inlet entropy is going to be equaling then the rate of mass transfer multiplied by the exit and entropy...