Thermodynamics: Otto cycle, Diesel cycle (29 of 51)

[@v.v.m9157]

I can not describe how thankful I am. Your content is heavily underrated.

[@erickjaimes892]

Firstly, thank you for making these videos. I am taking my summer class and this has helped a lot. One comment I do have to make is that I got a slightly different number for the pressure at the second state. I got 2386 kPa. Thanks again for the videos.

[@joshuapancuelo1942]

51:05 i wish that engines class were available here in youtube. I'm very much struggling to understand this subject, with no face to face classes and all due to the pandemic.

[@zubeyirtalhakeles5193]

Dude your firs comment is 1 year ago, and this comment is 5 months ago. We clearyle see that you are struggling with thermodynamics :D

[@joshuapancuelo1942]

@@zubeyirtalhakeles5193 yeah lol. I had to review some concepts in thermo when we were taking engines last semester

[@AJ-et3vf]

Awesome video sir! Thank you! Very helpful videos!

[@joshuapancuelo1942]

16:14 im getting an answer of 2386 kPa. Am i wrong?

[@zubeyirtalhakeles5193]

So here is the first comment :)

[@rtrt2889]

Great lecture!

[@astral307]

thank you sir you saved me at the last few hours from my final exam

[@CPPMechEngTutorials]

Good luck!

[@mostafahassan8696]

Hello. thanks a lot for these videos. i have one question regarding table A-17 . i feel like this the first time to use it without any introduction am I right?

[@musarapio_hha]

from where comes from the specific heat qin or q2-3, theres some table to know that?

[@kayksterblue]

For Wnet...could someone explain why qin can also be u3-u4 ... and u3-u2? Should I be looking at another table (TS or PV) Thanks :) 43:50

[@kayksterblue]

I get the same answer, I think maybe the tables are just different ? from what I have in my book

[@Sampson2024]

Thank you so much

[@CPPMechEngTutorials]

Our pleasure.

[@Cooldibs]

I feel like there was a jump from the previous video to this one?

[@mostafahassan8696]

me to regarding A-17 tales

[@seankatsukuny7450]

is the equation at 22:18 correct?

[@ugotmail5651]

Hello, following specific heat approximation, yes it is. ONLY when solving it by constant specific heats

[@canuludogan8847]

i think v3 does not equal Vmax, it is equal Vmin and v4=Vmax. so equation should be r^k

[@quesoalex]

@@canuludogan8847 agree

[@ryanrai6656]

Make Total sense. I was wondering how he got that.@@canuludogan8847

[@emillayco7111]

@@canuludogan8847 I totally agree, from the T-S diagram created V4=V1 and V3=V2. I re-read the book, so I don't know how come the instructor pointed out that V3 is the Vmax and V4 is the Vmin

[@m.eyupcam254]

yusuf ali getir gtöürü yapar reyis

[@turk2589]

Yusuf ali kim be adam? Her yere aynı şeyi yazmışsın