Lesson: Ideal Rankine Cycle Example Problem

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A simple ideal Rankine cycle operates between the pressure limits of 10 kPa and 4MPa, with a turbine inlet temperature of 500 C. The mass fraction of steam that condenses at the turbine is what?
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GOD BLESS YOU MAN THANK YOU. YOU GOT ME THROUGH THIS PRELIM I THINK. I LOVE YOU MAN, ALL THE WAY FROM PHILIPPINES

danielbelmonte
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I needed this so much. Thank you for making the process so clear!

kemzi
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Thank You Brother. You helpedme sort out thesse problems.

nehaarif
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hi thanku!
can you do a video on other kinds of rankine problems?

sanjulimbu
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Can you do an Ideal Rankine, simple Rankine, and reheat Rankine all involving to solve for thermal efficiency, all h values and so forth ?

nwii
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Thank you, it was very helpful! Btw, where did you get your board? I want to get one similar to that one.

MrPhenomena
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How about if the given problem has 3 pressures and 1 temperature ? does this mean that P1 is not equal to p4 and p2 isnt equal to p3? like this problem that i have:
In a Rankine cycle power plant superheated steam enters the turbine at 18 MPa and 580 C. Steam expands through a single stage turbine and discharges at 6 kPa with stage efficiency of 82 %. The condensate leaves the condenser at 25 C and pumped to 18.5 MPa going to the steam generator. The pump efficiency is 77 %. For steam flow of 9, 000 kg/hr, determine:
a) Electrical power output of the plant if mechanical efficiency & generator efficiency
are 88 % & 92 %, respectively.
b) Heat added in the steam generator if boiler efficiency is 85 %
c) Plant thermal efficiency

lloydbenablo
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I have a question. rankine with regemeration please contact me.

regaibfurkankilic
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