- #1
shaiqbashir
- 106
- 0
Hi Guys!
well! I am studying vapor powered cycles nowadays. The topic which I am studying currently is The Rankine Cycle. I came across a question in my book . which i want you to help me out.
It is said that in the rankine cycle, in the condenser, 2000 kg/s of cooling water is used to cool a 36 kg/s of working fluid in each cycle.
Now it is asked to find the temperature rise of the cooling water. Now i know the pressure of the fluid after condensation that is 10 kPa. Now please tell me the way to find it out. I am not asking to solve me the question, just asking any hint so that i may be able to do it. Please help me as soon as possible,
well! I am studying vapor powered cycles nowadays. The topic which I am studying currently is The Rankine Cycle. I came across a question in my book . which i want you to help me out.
It is said that in the rankine cycle, in the condenser, 2000 kg/s of cooling water is used to cool a 36 kg/s of working fluid in each cycle.
Now it is asked to find the temperature rise of the cooling water. Now i know the pressure of the fluid after condensation that is 10 kPa. Now please tell me the way to find it out. I am not asking to solve me the question, just asking any hint so that i may be able to do it. Please help me as soon as possible,