Тёмный

Example: solving an ideal Otto cycle 

Jeff Harris
Подписаться 537
Просмотров 54 тыс.
50% 1

Опубликовано:

 

29 окт 2024

Поделиться:

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист
Посмотреть позже
Комментарии : 31   
@Almont2
@Almont2 7 лет назад
Thank you so much These 5 minutes are better than 2 hours explaining the professor
@arifhakiminadnan4880
@arifhakiminadnan4880 6 лет назад
mohammed Ali bro is it constant value for k = 1.4 ( isentropic ) ?
@Almont2
@Almont2 6 лет назад
Hakimin Ally K=CP/CV K=1.007/0.718=1.40
@arifhakiminadnan4880
@arifhakiminadnan4880 6 лет назад
thanks bro
@i1945us
@i1945us 7 лет назад
love how you explained it straight to the point, others love beating around the bush! thank you!
@small_ed
@small_ed 2 года назад
Good presentation. This example appears to illustrate a cold air-standard Otto cycle, which assumes a constant specific heat. Modeling as an air-standard Otto cycle yields a slightly different result. The thermal efficiency (cold-air standard only) also can be calculated from eta = 1 - (T1 / T2)
@CursingBody
@CursingBody 8 лет назад
Excellent video!! I literally did my homework with your video. Thanks :D
@workingballer
@workingballer 9 лет назад
wow thank you! plz make more videos! very clear steps
@lavpreetsinghkhakh3155
@lavpreetsinghkhakh3155 4 года назад
I am Veryy Thankful. Awesome Explanation
@Aprst25
@Aprst25 7 лет назад
Do you always choose the cv for air to be .718? Because on the tables it shows at 300k the cv is .718 but in this problem there's no 300k
@casdessers9105
@casdessers9105 4 года назад
This feels like one of those classes where you're desperately trying to write down the notes, and then the teachers erases them XD Must admit, I did completely understand it
@Mancub2b
@Mancub2b 5 лет назад
bro u just saved my life, ty
@Mshari01
@Mshari01 3 года назад
Helpful video, thank you.
@emjoneshouseDIY
@emjoneshouseDIY 9 лет назад
its amzing how hard it is to find a good example problem worked on this one was so close until totally ignores the k in the first equation. please remind me WHERE THAT COMES FROM!!!!!
@jude3046
@jude3046 9 лет назад
Eric Jones if you have a textbook handy, check the back appendix for "Ideal gas specific heats of various common gases", and look under "air" for the k value.
@ozkantekin90
@ozkantekin90 9 лет назад
+Eric Jones k is specific heat constat also cp/cv givs the same result this is valid for ideal gases
@emjoneshouseDIY
@emjoneshouseDIY 9 лет назад
Thank you to you both
@astoraan6071
@astoraan6071 2 года назад
Nice one mate
@amandaborowczyk1847
@amandaborowczyk1847 7 лет назад
Thank you so much this was so helpful and well explained!!!
@gabrielolusoji2536
@gabrielolusoji2536 2 года назад
Tenks.👍🏾
@trevorcoleman4401
@trevorcoleman4401 8 лет назад
Thanks Jeff
@celajesjankarl8079
@celajesjankarl8079 3 года назад
Thank you sir
@livrodomusico
@livrodomusico 7 лет назад
Obrigado professor!!
@kvrajuk3100
@kvrajuk3100 7 лет назад
good but I want more problems like this
@paolajadecalunsag5876
@paolajadecalunsag5876 3 года назад
Where did 1.4 come from??? Helpp
@masonbeltran7144
@masonbeltran7144 3 года назад
That's the Cp/Cv for air
@aerolfrancedeguzman9622
@aerolfrancedeguzman9622 3 года назад
1.005/0.718
@small_ed
@small_ed 2 года назад
Isentropic exponent (k) 1.3 for triatomic and higher molecules 1.4 for diatomic (including air)
@girifauzianpermana8747
@girifauzianpermana8747 5 лет назад
how to sreach CV
@codynichoson
@codynichoson 6 лет назад
Your voice reminds me of Toby from The Office
@dotsaanimations247
@dotsaanimations247 6 лет назад
Thank you
Далее
Introduction to the Diesel Engine (2015)
9:54
Thermodynamics: Otto cycle, Diesel cycle (29 of 51)
1:05:28
Example: Ideal Otto Cycle
14:55
Просмотров 637
Otto Cycle Analysis (constant specific heats)
14:57
Просмотров 1,9 тыс.
Introduction to Otto cycles
4:30
Просмотров 67 тыс.
Otto Cycle (Problem Sample 1)
25:31
Просмотров 11 тыс.
Calc Otto cold air standard
13:41
Просмотров 28 тыс.
Efficiency of Otto Cycle Engine
10:01
Просмотров 65 тыс.