Example: solving an ideal Otto cycle 

Thank you so much These 5 minutes are better than 2 hours explaining the professor

love how you explained it straight to the point, others love beating around the bush! thank you!

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)

Excellent video!! I literally did my homework with your video. Thanks :D

wow thank you! plz make more videos! very clear steps

I am Veryy Thankful. Awesome Explanation

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

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

bro u just saved my life, ty

Helpful video, thank you.

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!!!!!

Nice one mate

Thank you so much this was so helpful and well explained!!!

Tenks.👍🏾

Thanks Jeff

Thank you sir

Obrigado professor!!

good but I want more problems like this

Where did 1.4 come from??? Helpp

how to sreach CV

Your voice reminds me of Toby from The Office

Thank you