00:04
Given efficiency of turbine is eta r is equal to 0 .85.
00:12
Efficiency of compressor is eta c is equal to 0 .6.
00:18
Thermal efficiency of cycle is not less than eta t is equal to 0 .4.
00:26
Hence let us consider inlet pressure of compressor as p1 is equal to 10 kpa.
00:33
Inlet pressure of turbine as p2 is equal to 20 ampere.
00:42
Also let us consider inlet temperature of compressor at saturation so temperature of the stream at p1 is equal to 10 kpa.
00:58
Also let us consider inlet temperature of compressor at saturation temperature.
01:03
So now process can be be shown in ts diagram.
01:08
So this is ts diagram for p2 and p1 mentioned here.
01:17
At p is equal to 10 kpa, the saturated state has h1 is equal to 191 .81 kj upon kg and s1 is equal to 0 .649 square kilojoule upon kilogram and v1 is equal to 0 .00101 m cube upon kg and eta e is equal to 0 .6.
01:52
So incorporate a resign rate at p3 is equal to 50 kpa...