Thanks for the great vid, can you explain in the last problem how to get the volume from the property tables. There seems to be no values for 16 mpa and 250 for refrigerant
Thank you SO MUCH! You’re explanation for finding the compressibility factor on that small a$$ chart made so much since! A lot of videos on RUclips usually shows how the compressibility charts works by looking at it and using empty equations that doesn’t help when numbers aren’t plugged into the equations. Using an example problem like you did helped open my eyes to what this chart really does instead of a boring Professor or grad student explaining what the chart does on a theory based level. Thank you so much and God Bless for more people like you out there in the world of RUclips! 🙏😖🙏 #FuckPhysics
Greetings, Do you have a summary/notes that can be purchased that cover these topics from Çengel, Yunus A. Boles, Michael A. Kanoğlu, Mehmet - THERMODYNAMICS_ AN ENGINEERING APPROACH, NINTH EDITION-McGraw-Hill (2019) VIII. Power and Refrigeration Cycles Gas power cycles (Chapter 9) Vapor power cycles (Chapter 10) Combined power cycles (Chapter 10) Refrigeration cycles (Chapter 11) IX. Thermodynamic Property Relations (Chapter 12) Legendre transformation Free energy functions The Maxwell relations Changes in thermodynamic properties X. Additional Topics Gas and gas-vapor mixtures (Chapter 13) Reacting mixtures and combustion (Chapter 15) if you do, or plan on doing so, ill be more than willing to purchase them,Thanks
Hey, man, you just saved me! I'm a chemical engineer student and i have a thermodynamic exam tomorrow. You gained a new subscriber, dude
Hi
you gained a new subscriber, dude
I am here to repeat that cycle.
@@NuclearMex likewise
This is all spelled out in your book, millennials be readin'... psyche!!
All the material seems so understandable because of your explination =).
Thanks for the great vid, can you explain in the last problem how to get the volume from the property tables. There seems to be no values for 16 mpa and 250 for refrigerant
Thank you SO MUCH! You’re explanation for finding the compressibility factor on that small a$$ chart made so much since! A lot of videos on RUclips usually shows how the compressibility charts works by looking at it and using empty equations that doesn’t help when numbers aren’t plugged into the equations. Using an example problem like you did helped open my eyes to what this chart really does instead of a boring Professor or grad student explaining what the chart does on a theory based level. Thank you so much and God Bless for more people like you out there in the world of RUclips! 🙏😖🙏 #FuckPhysics
Thank you so much!
God Bless You
Where can I get that A 1 table..
www.dropbox.com/s/tuqy5e8657ysoda/Property%20Tables%20-%20Appendices%201%20and%202.pdf?dl=0
@@engineeringdeciphered thankyou so much sir
Greetings,
Do you have a summary/notes that can be purchased that cover these topics from Çengel, Yunus A. Boles, Michael A. Kanoğlu, Mehmet - THERMODYNAMICS_ AN ENGINEERING APPROACH, NINTH EDITION-McGraw-Hill (2019)
VIII. Power and Refrigeration Cycles
Gas power cycles (Chapter 9)
Vapor power cycles (Chapter 10)
Combined power cycles (Chapter 10)
Refrigeration cycles (Chapter 11)
IX. Thermodynamic Property Relations (Chapter 12)
Legendre transformation
Free energy functions
The Maxwell relations
Changes in thermodynamic properties
X. Additional Topics
Gas and gas-vapor mixtures (Chapter 13)
Reacting mixtures and combustion (Chapter 15)
if you do, or plan on doing so, ill be more than willing to purchase them,Thanks