The Increase of Entropy Principle | Thermodynamics | (Solved Examples)

[@elfzhenya4769]

Thank you for the video! I don't think I could understand statics and thermodynamics without your videos!

[@QuestionSolutions]

You're very welcome. And I don't think that's true. I am happy these videos helped but you did pretty much all the work. These videos are just supplementary to your course work and textbooks, so you did all the hard work. Keep up the great work and best wishes with your studies!

[@kingadnan1081]

Thanks and we will be Waiting for more.

[@QuestionSolutions]

You're very welcome!

[@SaifHaider-nb3qh]

Today is my final,thank you very much for your huge efforts man If i pass today the credit is all yours 3>

[@QuestionSolutions]

You're very welcome! I wish you the absolute best in your exam, and everything else you do. Keep up the awesome work and take care!

[@SAIKADALI-oq4ep]

awesome explanation

[@QuestionSolutions]

Thank you very much :)

[@salehmustafa8216]

Thank youfor this explanation but I didnt understand why do we add the two entropy values and not subtract them in 6:36

[@QuestionSolutions]

I will try to explain in a different way. Imagine you leave your house to go shopping and you drive to store A. The distance to store A was 20 km. Then you shop around and buy stuff. Then you decide you have to go to store B to get some more stuff. So you get in your car and drive to store B. The distance to store B from store A was 30 km. If someone asks what the total displacement from your house is, or "total change in distance from your house" how would you calculate that? You'd add 20 km and 30 km together to say 50 km, right? Think of it like that.

[@salehmustafa8216]

@@QuestionSolutions I see thank you 😊

[@SakthiVel-vm6ub]

Thank you very much for your good explanation❤🎉🎉

[@QuestionSolutions]

You're welcome 😊

[@deimonfighter]

New video!!!! Thank you.

[@QuestionSolutions]

You're very welcome!

[@deimonfighter]

@@QuestionSolutions looking forward for the next videos about Entropy! 😍

[@QuestionSolutions]

Okay :) I'll try my best to get them out quick.@@deimonfighter

[@NurbekUsarov-h8k]

thanks for your videos. Can we use the relationship QH/QLrev = TH/TL in second questions?

[@QuestionSolutions]

You're welcome! So if we use that equation, what are you hoping to find?

[@NurbekUsarov-h8k]

@@QuestionSolutions to find QL

[@engineeryarisowchannel8095]

thanks sir 🙏🙏🙏🙏

[@QuestionSolutions]

You're very welcome!

[@husseinnasser4228]

Thanks a lot f or your videos, but I have a question, my thermodynamics exam is 7 days later and it's till the end of entropy, will you be able to finish entropy by then by any chance?

[@QuestionSolutions]

No, I probably won't be able to finish entropy. I think entropy has about 6 or 7 more sections, so it's not possible with my schedule. I do these videos after work, so I don't have a full day to dedicate to them :(

[@epicgamer9229]

HAHAHA i love the intro😂

[@QuestionSolutions]

😅Thanks!

[@jet468]

the goat

[@QuestionSolutions]

Thanks!

[@kylecatman7738]

that COP = 1/1-(TL/TH) is not in the NCEES Ref manual

[@QuestionSolutions]

Not sure how that pertains to this video? This video doesn't refer to NCEES manual, I am sure a lot of other things are not in that manual too. I don't really know how to answer questions like these. 😅😅