Show complete solution and box all final answers. Show all computations with proper units. In order to increase the velocity of steam used as a fluid for a power plant, it was concluded that it needs...

Show complete solution and box all final answers. Show all computations with proper units.

In order to increase the velocity of steam used as a fluid for a power plant, it was concluded that it needs to pass through a nozzle. The steam at 300C and 2MPa flows at 0.7 kg/s. 12kJ/s of heat is lost during the process and the steam then attains a temperature of 200C and a pressure of 1.4MPa. What would be outlet velocity from the nozzle if its inlet diameter is 6cm? What is the outlet diameter of the nozzle? Properties at inlet H1 = 3023.5 kJ/kg, SV1 = 0.12547 m3/kg and for outlet conditions H2 = 2803.3 kJ/kg, SV2 = 0.14302 m3/kg.

Extracted text: In order to increase the velocity of steam used as a fluid for a power plant, it was concluded that it needs to pass through a nozzle. The steam at 300C and 2MPA flows at 0.7 kg/s. 12kJ/s of heat is lost during the process and the steam then attains a temperature of 200C and a pressure of 1.4MPA. What would be outlet velocity from the nozzle if its inlet diameter is 6cm? What is the outlet diameter of the nozzle? Properties at inlet H1 = 3023.5 kJ/kg, SV, = 0.12547 m3/kg and for outlet conditions H2 = 2803.3 kJ/kg, SV2 = 0.14302 m3/kg. %3D