Otto Cycle Efficiency Derivation, Thermodynamics, Thermal Engineering

[@praveenjohn5685]

Plz don't scroll the sheet... Deficult to understanding this 😢

[@sp___2]

5:17 T3/T4=V3/V4 it is wrong there . Whole derivation made wrong

[@akhilroyal6443]

And solve the mean effective pressure sir

[@20deepakchanore19]

Good explanation but plz don't scroll make it on single sheet

[@vinaypratapsingh7290]

kya pdhata hai be scroll krke

[@PraveenkumarMechanicalEngineer]

Sir thank you for your extraordinary explanation

[@SakshamGhildiyal]

thank you

[@dilipchakravarthi8910]

Thank you

[@ReferenceBook]

Thank you please share my videos with your friends

[@abhishekdayal7445]

Itta scrool kyu kr rhe hai sir 🤦🤦

[@music-lovers2426]

super sir

[@kangatisaigowtham9554]

Bad explaination

[@artisticcity_]

very bad

[@philosticgamers1287]

@@artisticcity_chl gadu padh le paper hai kl

[@artisticcity_]

tu kaun bich me aaya bin bulaya mehmaan @@philosticgamers1287

[@vangapanduvijaykumar8206]

Nice explanation Sir Thank you sir 🙏🏻🙏🏻🙏🏻

[@Arun_07795]

Tq u sir

[@ReferenceBook]

You are welcome. Please consider "Super Thanks " if it is really helpful to support the channel

[@thribhuvan8982]

Thanks sir it helped me a lot ❤️

[@rachelellis6655]

Is the scanned PDF that looks like what you are scrolling through, available online, by chance?

[@ReferenceBook]

This is my own notes...

[@rachelellis6655]

@@ReferenceBook I ended up going through the video and pausing every screen of information and I think I have it all now, lol. Thanks! It'd be cool if you could share your notes through some form of virtual sharing, such as dropbox. Thanks for the info and video!

[@guruswamihiremath9312]

Super sir

[@ReferenceBook]

Thank you please share my videos with your friends

[@sevennishan2420]

watch it at 0.75*