Rohit, I have to apologize! I did not ever make that video, and I posted this video 7 years ago...I am afraid I have lost my notes for the continuation part. If you are interested in what might come next, I encourage you to read Chapter 8 for Felder, Rousseau, and Bullard!
Although I can tell you that you will have to use heat capacity. Roughly, Delta_H = n*Cp*Delta_T. The book (or your instructor) may ask you to do a fairly complicated integral to get Cp as a function of temperature, but most of the time, you can assume Cp is a constant with respect to temperature. As always, you'll need to keep very good track of all the terms. You'll need a Cp for each phase of each species. Good luck!
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Sir.. please upload the continution...
Sir, please explain how to calculate enthalpy of vapour and liquid in detail
Rohit, I have to apologize! I did not ever make that video, and I posted this video 7 years ago...I am afraid I have lost my notes for the continuation part.
If you are interested in what might come next, I encourage you to read Chapter 8 for Felder, Rousseau, and Bullard!
Although I can tell you that you will have to use heat capacity. Roughly, Delta_H = n*Cp*Delta_T. The book (or your instructor) may ask you to do a fairly complicated integral to get Cp as a function of temperature, but most of the time, you can assume Cp is a constant with respect to temperature. As always, you'll need to keep very good track of all the terms. You'll need a Cp for each phase of each species. Good luck!
Thank you sir for your valuable reply
@@deekshith280 Did you find the answers?